The renewable energy landscape is evolving fast—bringing smarter, more sustainable ways to generate, distribute, and use power. At the heart of this transformation is a lesser-known but vital standard: IEEE 2030.5—a foundational protocol that helps smart energy devices and the power grid communicate safely and reliably.
Dive into this blog for a breakdown of what IEEE 2030.5 is, why it’s important, and how automated certificate lifecycle management (CLM) helps meet its compliance requirements, driving forth secure and future-ready systems.
Why the IEEE 2030.5 Standard Was Developed
The rise of Distributed Energy Resources (DERs)—like smart meters, rooftop solar panels, wind turbines, smart thermostats, battery storage, EVs, and inverters—has transformed the way our electric grid works. These resources help bring more renewable energy online, cut down on transmission losses, and make the grid more resilient by spreading out power generation. Today, millions of DERs feed into the power grid.
But as great as that sounds, it also brings new challenges like reverse power flows (back feeds), voltage swings, and reduced system inertia—which are tough to manage with traditional power grids that were originally built for big, centralized power plants.
To make things even trickier, many of these DERs are owned by either homeowners or businesses that both generate and consume energy. These setups often come with contractual agreements that set limits on how and when the devices can be used. In this context, grid operators require a solution that provides real-time monitoring and control over DERs while respecting these operational boundaries.
Utilities have traditionally used SCADA communication systems to manage a limited number of large-scale grid assets. However, SCADA isn’t built to handle thousands of small, scattered devices. Extending it to cover DERs is both expensive and impractical—especially since residential DER owners lack the specialized equipment SCADA requires. It is this gap that led to the development of IEEE 2030.5: a communication protocol that runs on the Internet, is accessible to all, and helps grid operators efficiently manage DERs and optimize energy distribution.
So, What Exactly Is the IEEE 2030.5 Standard?
IEEE 2030.5, also known as the Smart Energy Profile (SEP 2.0), is a modern communication protocol built to enable secure and efficient two-way communication between Distributed Energy Resources (DERs) and the centralized smart grid. Think of it as the “language” that lets your rooftop solar panel or EV charger converse seamlessly and safely with the grid.
IEEE 2030.5 uses standard Internet protocols such as TCP/IP and HTTP, and a RESTful architecture—much like modern web applications. This means new devices can plug in seamlessly and start communicating right away, regardless of the device manufacturer. The result is a highly scalable, cost-effective solution for managing the exploding number of DERs on today’s grid.
Security is at the core of IEEE 2030.5. The protocol uses Public Key Infrastructure (PKI) to authenticate devices and encrypt all data exchanges. This ensures that only authorized devices can join the network and that communication is encrypted and remains protected from cyberattacks.
With IEEE 2030.5, grid operators gain real-time visibility into critical information about DERs, such as their location, status, capacity, and usage limits—and can control these resources remotely. This capability translates to smoother load management, faster demand response, and fewer on-site fixes.
In essence, IEEE 2030.5 turns the traditional, one-way power grid into a responsive, intelligent network—paving the way for a more reliable, secure, and green energy future.
The IEEE 2030.5 Standard Use Cases
Designed for versatility and effectiveness, IEEE 2030.5 covers a wide range of use cases:
Residential: Enables homeowners to seamlessly integrate home energy systems with the smart grid and gain greater visibility and control over their energy consumption.
Commercial and industrial Settings: Helps businesses manage hundreds or thousands of IoT devices across their facilities to optimize their energy usage and cut operational costs.
DER Developers: Provides an industry-wide playbook for designing and deploying DERs that work straight out of the box with any compliant grid—eliminating costly custom integrations.
The Critical Role of Automated Certificate Lifecycle Management in IEEE 2030.5
A fundamental aspect of the IEEE 2030.5 standard is ensuring secure and trustworthy communication between Distributed Energy Resources (DERs) and the smart grid. This is achieved through PKI (public key infrastructure) and digital certificates, which help authenticate DERs connecting to the grid and encrypt their communications over TLS (Transport Layer Security). Managing these certificates effectively is critical for maintaining the integrity of the smart grid. However, manually managing certificates becomes nearly impossible as DER deployments scale into the millions.
Traditional methods—like spreadsheets or basic CA tools—are slow, fragmented, and error-prone. A single expired certificate or misconfigured setting can disrupt communication and cause costly grid outages. Moreover, manual processes do not provide complete visibility or control of certificates, making it hard to detect expired certificates or respond quickly to security threats—opening the grid to unauthorized access and data breaches through DERs.
When it comes to managing certificates at scale in an expansive grid environment, automation is indispensable. Automation streamlines the entire process—discovering, tracking, issuing, renewing, provisioning, and revoking certificates across thousands (or millions) of DERs. This efficiency is vital in the power grid, where even a slight delay in certificate renewal or issuance can lead to communication breakdowns. Automation enforces strict policies and role-based access controls (RBAC) for all certificate processes. This helps ensure every certificate remains valid and properly tied to its DER, dramatically reducing human error and keeping security tight.
Automation also brings the visibility grid operators need. With centralized dashboards, real-time alerts, and regular reporting, operators can continuously monitor certificate status and ensure that every DER is using up-to-date, authenticated certificates. This proactive approach is key to keeping the grid secure, compliant, and resilient—no matter how fast DERs scale.
How AppViewX Helps You Meet IEEE 2030.5 Compliance
AppViewX AVX ONE CLM is a ready-to-consume, scalable certificate lifecycle management (CLM) solution that fully automates all certificate processes from start to finish. From discovery and monitoring to renewal and provisioning, it provides complete visibility and control—all through a single, centralized dashboard.
Certificate Lifecycle Management with Visibility, Control and Insights – All in One Place
With powerful automation capabilities and policy enforcement, AVX ONE CLM helps minimize the risk of outages and security vulnerabilities—making it a key enabler for IEEE 2030.5 compliance.
Here’s how AppViewX supports IEEE 2030.5 compliance:
PKI Deployment and Redeployment: Seamlessly manage PKI and certificates issued to devices across their entire lifecycle—from first deployment to redeployment and ongoing use.
Automated Certificate Issuance: Issues certificates to devices at installation through the manufacturer’s PKI, ensuring each device is trusted and uniquely identifiable from day one.
Broad Support for Certificate Types: Handles all relevant certificate types—device, test device, optional TLS, client/server, and self-signed—to support a wide range of grid communication needs.
Full CA Hierarchy Support: Supports the entire chain of trust, including SERCA (Root CA), MCA (Manufacturer CA), and MICA (Manufacturer Intermediate CA).
OCSP Integration: Verifies the revocation status of certificates issued by non-IEEE 2030.5 CAs before expiration, ensuring continued trust and security.
Cryptographic Algorithm Support: Supports ECC key algorithms for efficient, strong encryption—ideal for resource-constrained IoT and Smart Grid devices—and SHA256 with ECDSA for message integrity and non-repudiation.
Support for Certificate Policies and Extensions: Enforces certificate policies, such as validity period, authority key identifier and subject key identifier, device type, and serial number to match IEEE 2030.5 requirements.
Robust Private Key Protection: Secures private keys with FIPS-compliant HSMs to maintain PKI integrity and device authenticity.
Industry Adoption and The Road Ahead
As the world accelerates toward clean and renewable energy, IEEE 2030.5 will play a central role in ensuring grid stability, security, and innovation. Thanks to its internet-based, plug-and-play architecture, the protocol has made significant strides in recent years, quietly becoming the global standard for DER integration.
California’s Rule 21—governing nearly half of the U.S. renewable energy market—now mandates IEEE 2030.5 for all DERs. The standard is gaining momentum internationally too, with Canada, Europe, and Australia adopting it for DER and EV charging management. Australia even launched its own localized version of the IEEE 2030.5 protocol, CSIP‑Aus, to support its fast-growing DER fleet and clean energy goals.
In December 2024, the IEEE 2030.5 working group released an updated version of the standard, with stronger security and broader capabilities. CSIP 3.0 is slated for 2025, promising further enhancements to meet emerging grid services and market demands. As the protocol continues to evolve, automated certificate lifecycle management (CLM) will become critical for maintaining compliance and securing this dynamic, distributed energy ecosystem.
Today’s financial systems are highly digital and deeply interconnected. That’s great until something breaks. Whether it’s ransomware paralyzing critical services or cryptographic vulnerabilities quietly eroding trust, disruptions are no longer rare—they’re systemic.
The Modern Heist Bank Report 2025shows just how serious it’s become: 64% of surveyed financial institutions reported cyber incidents in the past 12 months. Regulators aren’t standing by waiting for institutions to catch up. They’re demanding proof that firms have the countermeasures to withstand and recover fast from operational shocks.
The Digital Operational Resilience Act (DORA) is a European Union regulation designed to strengthen the digital operational resilience of financial institutions. The goal is to ensure they prepare for, respond to, and recover from ICT (Information and Communications Technology) risks—from cyberattacks to system outages and industry disruptions.
Effective across the EU since January 17, 2025, DORA applies to a wide range of financial entities, including banks, insurance companies, investment firms, payment service providers, crypto‑asset (currency) service providers, and even ICT third‑party suppliers that support them.
Why Focus on ICT Resilience ?
Modern financial operations run on ICT systems for everything from data processing and API integrations to cloud infrastructure and network security. But when these systems are mismanaged or targeted, they become serious points of failure. A single breach or outage can leak sensitive data, disrupt services, and destabilize the broader financial system. To prevent this, DORA enforces a comprehensive resilience framework to manage, mitigate, and report ICT-related incidents.
It focuses on five key areas:
ICT Risk Management: Implement structured policies, ongoing risk assessments, and governance mechanisms to proactively manage ICT risks.
Incident Reporting: Establish clear protocols for detecting, classifying, and reporting ICT-related incidents that could impact operational continuity or customer trust.
Third-Party Risk Management: Conduct due diligence, establish contractual safeguards, define clear exit strategies, and continuously monitor critical third-party ICT service providers.
Resilience Testing: Conduct regular risk-based penetration tests, such as Threat-Led Penetration Testing (TLPT), on critical ICT systems to simulate real-world attack scenarios and identify vulnerabilities. Implement incident response plans to mitigate attacks quickly.
Information Sharing: Share information and threat intelligence with other EU financial institutions to drive awareness and improve collective resilience.
Together, these five pillars form the backbone of DORA’s resilience strategy, ensuring resilience against cyber threats and operational disruptions.
Cryptography Requirements Under DORA
As financial institutions go increasingly digital, cryptography has become more than a security best practice. It is crucial to ensuring the confidentiality, integrity, and availability of sensitive data. Recognizing this, DORA—along with its supporting Regulatory Technical Standards (RTS) under Delegated Regulation (EU) 2024/1774—lays out clear expectations for how financial institutions should govern cryptographic controls.
You Must Prioritize Post-Quantum Cryptography (PQC) and Shorter TLS Validity Readiness
Encryption and Cryptographic Controls (RTS Article 6)
Under DORA, financial institutions must develop, document, and implement a formal encryption policy covering all data and communications as part of their ICT risk management framework. Key requirements include:
Encrypting data at rest and in transit—as well as in use where feasible. If encrypting in use isn’t technically possible, organizations must process such data in isolated, protected environments.
Encrypting all internal network traffic and external communications
Defining clear criteria for choosing cryptographic algorithms and key lengths based on industry standards, risk analysis, and data classification
Updating or replacing cryptographic methods as threats evolve; When updates aren’t immediately possible, compensating controls must be documented and justified.
Cryptographic Key Management (RTS Article 7)
DORA expects financial institutions to maintain a documented key management policy that covers the entire lifecycle of cryptographic keys to prevent key exposure and misuse. Core expectations include:
Secure key handling across every stage—generation, storage, backup, transmission, rotation, and revocation
Strict access control and usage policies throughout the key lifecycle to prevent unauthorized access, theft, loss, or tampering
Clear procedures for key replacement following suspected compromise or damage
A comprehensive register of all digital certificates used in critical systems—along with processes to ensure timely renewals.
Protecting keys during their active use, often through encryption or isolation in secure hardware such as hardware security modules (HSMs)
Proper disposal of retired keys, including securely deleting keys and associated metadata to prevent recovery or misuse
Secure Authentication and Access Controls (Article 9)
Access to cryptographic assets must be carefully managed. Article 9 reinforces the need for strong identity verification and strict privilege controls. This includes:
Least-privilege access policies that restrict both physical and logical access to only those who need it, with documented and continuously monitored access rights
Strong authentication mechanisms to protect cryptographic keys from unauthorized use
Why Crypto-Agility Matters for DORA?
DORA’s technical standards—especially Article 6—send a strong message: cryptographic systems must evolve with the ever-changing threat landscape. In practice, this means building crypto-agility into your infrastructure. Financial institutions are expected to monitor cryptographic developments, assess emerging risks, and update algorithms or protocols—quickly, smoothly, and without disruption.
Why is this important? Because cryptographic standards don’t last forever. They age, weaken, and get replaced. Crypto-agility gives you the ability to:
Replace outdated algorithms and vulnerable keys without operational delays
Adapt to new regulatory mandates, such as DORA, with minimal friction
Stay ahead of new threats, such as the potential vulnerability of current encryption methods like RSA or ECC to quantum resilient algorithms, by transitioning to NIST-approved post-quantum cryptography (PQC) algorithms before these methods are compromised.
Whether you are preparing for PQC, adapting to 47-day TLS certificate lifespans, or responding to Certificate Authority distrust incidents, crypto-agility ensures your cryptographic infrastructure remains resilient, secure, and compliant throughout.
How AppViewX Enables Crypto-Agility and Supports DORA Compliance
Crypto-agility isn’t a checkbox—it’s a continuous capability. AppViewX AVX ONE CLM, our certificate lifecycle management solution, helps you build and maintain it through powerful visibility, automation, and policy control—fully aligned with DORA’s technical requirements.
Complete Crypto Visibility
Under DORA Article 7, a complete, up-to-date certificate registry is non-negotiable. AVX ONE CLM delivers it by:
Automatically discovering certificates across your infrastructure—from any public or private CA, across all endpoints and cloud services—consolidating them into a centralized inventory
Mapping certificates to their location, owner, issuing CA, expiry date, and crypto standards for a single-pane-of-glass view
Providing dynamic visual dashboards to understand risks, manage renewals, prevent outages and vulnerabilities, and ensure compliance
End-to-End CLM Automation
DORA demands secure, consistent handling of digital certificates across their lifecycle—and AVX ONE CLM delivers precisely that.
Full lifecycle automation, including issuance, renewal, provisioning, revocation, and last-mile binding to endpoints
A low-code workflow builder and a rich library of automation templates to tailor automation to your environment
CA-agnostic operations—manage all public and private certificates from one place and implement cryptographic changes quickly, without disruption
Built-In Policy Control and Governance:
Strong cryptographic governance is central to DORA compliance. AVX ONE CLM enables:
Automatic enforcement of defined policies for approved CAs, algorithms, validity periods, upgrades, and more.
Role-based access controls (RBAC) to ensure secure and authorized certificate issuance
Detailed audit logs, automated policy checks, and periodic reports to simplify audits, ensure compliance, and strengthen overall crypto hygiene
DORA Compliance Starts with Crypto-Agility
DORA marks a major step forward in strengthening the financial sector’s defense against growing digital threats. With its strong focus on operational resilience and crypto-agility, DORA pushes financial institutions to move beyond static defenses to dynamic systems that can adapt, recover, and stay secure as risks evolve.
Crypto-agility is central to making that shift.
With AppViewX AVX ONE CLM, crypto-agility isn’t an afterthought—it’s built in. From complete certificate visibility and lifecycle automation to centralized policy control and reporting, AppViewX helps your organization meet DORA requirements with confidence.
Imagine a brand-new, high-efficiency car. It’s got all the latest tech, promising to get you from point A to point B faster and more smoothly than ever.
Now, imagine you’re only using the basic functions — driving, accelerating, braking. You’re getting where you need to go, but you’re not using cruise control, lane assist or advanced navigation. That’s what it’s like when a team adopts a powerful automation platform without fully investing in training.
The car (the software) is fantastic, and it’s working, but there’s so much more it can do. A team of admins may have created basic automated tasks, transferred essential files and set up fundamental reports. But are they leveraging all the features that will help them achieve their goals? How much valuable time was spent setting up those rudimentary processes, and how often did they need to reach out to support or success teams to gain even minimal traction?
This is where a “learning champion” can shift things into high gear.
Learning champion: An individual who proactively seeks and shares software knowledge and best practices with their team, fostering a culture of continuous learning and improvement and driving increased productivity and efficiency
We’ll explore how becoming a learning champion boosts your individual productivity and career and amplifies that effect across your team and organization, especially if you’re in the process of adopting automation.
Taking control: Why become a learning champion?
According to the Customer Education Trends in 2025 report from Skilljar, the modern learner has been thrown into an “everything, everywhere, all at once” environment, consuming self-paced content, articles, documentation and live support on their own terms and at their own pace.
While the flexibility to find information in the format that makes sense to you and without waiting to be assigned a course can feel empowering, it also adds complexity. When you consider the number of people who must learn a given skillset or platform, you can understand the nth-degree potential for confusion or frustration — an undesirable and non-scalable state.
Individual ownership matters, especially when you’re adopting complex or evolving tools like automation platforms. A learning champion becomes a catalyst for team efficiency and organizational progress.
Elevate personal productivity
Proactive learners make fewer basic errors, reduce support tickets and implement automation faster. Plus, upskilling a team contributes to business agility. As BytePlus notes, “Employees with diverse, updated skills can adapt more quickly to technological and market changes.”
Quick tip: Gauge your starting point. How long does it take you to complete a process? How often are you asking for help? Once you complete training, measure again. You’ll see tangible signs of your growth, and so will others. Share these insights with your team and manager to make the case for upskilling.
Advance your career with certification
Becoming a learning champion isn’t just about helping your team; it’s a smart career move. Achieving certification, especially in complex automation software, validates your expertise and positions you as a subject matter expert. It signals to your organization (and future employers) that you’re not just using the tool but owning it.
Certifications in automation software demonstrate that you can do more than execute tasks: You can understand workflows, configure processes and lead others. For example, the Automation Developer Specialist Certification from Redwood University challenges your understanding of advanced functions, complex workflow automation and process scheduling best practices. Users with this certification leverage their deep knowledge of the software to drive transformation instead of just reacting to the tool.
The initiative can start during your onboarding: Learning champions don’t wait for permission to explore new things, and proactiveness is a quality your current leaders and future employers seek.
Quick tip: Ask about learning paths that align with your team and career goals, then dive in and get started. Share feedback with your immediate team on how the material helped you. Post your new credential on LinkedIn for wider reach.
Share what you learn
Knowledge is best when shared widely and in ways that are digestible. As Skilljar puts it, “Educators are curating, not just creating.” Software vendors can offer a full library of content (like what you’ll find in Redwood University), but it’s up to learners to enroll, complete lessons and share their knowledge.
Whether you’re forwarding helpful documentation, recommending training courses or showing a colleague how to fix a recurring issue, you become the go-to person. Don’t stop there. Your goal should be to elevate yourself AND others. A lone learning champion is a great start, but real efficiency comes when your whole team levels up.
Quick tip: Create a “Top 3 takeaways” list after every course you complete and email them to your team. Keep it light, useful and actionable.
The impact of software education on team productivity
A well-trained team is a fast team. When many users understand how to leverage automation software fully, you get better data, fewer bottlenecks and less reliance on external support.
In other words, you’re making the most of your investment.
According to TSIA, product adoption is a key business metric. Leaders expect returns on software purchases, and ongoing, quality training is how you get there.
The real power of education becomes clear when users go beyond the fundamentals of process automation. Too often, users are taught just enough to complete their tasks. But it’s essential to go deeper: to grasp why a process works the way it does, where automation eliminates inefficiencies and how to extend those benefits across other business processes.
This level of knowledge comes from hands-on experience — working through real use cases, experimenting in a safe environment and applying lessons immediately to daily work. If you discover a faster way to automate a handoff between departments, for example, you’re building consistency and making sure everyone is working from the same playbook.
Build a culture of curiosity
When one person steps up, others follow. A team that values education creates a ripple effect. Questions become learning moments, and continuous improvement becomes the norm.
That kind of culture pays off.
BytePlus emphasizes an SHRM stat: Replacing a single employee can cost up to 200% of their salary. Investing in learning reduces turnover and keeps your best people engaged and growing.
Bonus: Training builds loyalty. A team that learns together stays together.
User to influencer: How to lead the learning revolution
Whether you’re in leadership and setting up a flexible, comprehensive learning environment for your team or an individual looking to influence your peers, use the following steps to influence other automation software users.
Blaze the trail: Ask your vendor what training they offer and which courses fit your role. Choose the format that works best for you — live, self-paced, etc.
Elevate your team: Recommend key features or tricks your team can use today and encourage them to explore help centers, learning academies and documentation.
Look outward: In many enterprises, different teams use different tools for similar goals. Your experiences can help standardize education, in turn consolidating spend and scaling success.
Share your team’s gains: Are you submitting fewer support tickets? Are processes faster? Are you automating more? Compare your pre-training and post-training metrics.
Be the spark
Investing time in learning pays off at every level, from your own growth to company-wide productivity.
You gain:
The confidence to navigate the software
Mastery of tools that drive automation
Speed and accuracy in your day-to-day work
Recognition as a subject matter expert
Momentum to shape your career path
Your organization gains:
Stronger product adoption rates
Greater ROI
A lesser need for IT intervention and manual workarounds
Faster onboarding for new team members
Reduced turnover due to better engagement and support for each role
Become a learning champion for your team’s Redwood Software products by utilizing Redwood University. It’s free and open to all customers and partners. Sign up today.
An unexpected heat wave is hitting your area. Most people react with last-minute grocery runs or by cranking up the A/C and grumbling about what it will do to their next bill. But if you work in the utility industry, you know this affects you differently.
It means usage is spiking across the grid. Smart meters are flooding in data every 15 minutes, or faster. Restoration events from a recent storm haven’t fully cleared, and your billing engine is about to get overloaded. You know that if even one upstream dataset is missing or incorrect, your rates won’t calculate properly. And if you don’t hit billing SLAs, your call centers will be overwhelmed due to frustrated customers, cash flow will take a hit and revenue recognition will fall days or weeks behind.
In this moment, what matters isn’t just the data you’re collecting but how efficiently and cleanly it moves through your systems, from AMI and CRM to SAP Industry Solution for Utilities (IS-U) and billing. That’s why data orchestration isn’t a luxury. When the weather shifts, your systems have to shift with it automatically.
Data handoff: The origins of bottlenecks in utility billing pipelines
The journey from meter to money sounds simple on paper: collect usage data, calculate the bill, send the invoice and match it against incoming customer payments. But anyone working behind the scenes knows it’s far more complex. Between raw data and revenue is a sprawling digital ecosystem that spans:
Smart meters and AMI platforms
Distribution systems that track service status, outages and restoration events
CRM and customer service tools
SAP IS-U or SAP S/4HANA environments that handle contracts, rate logic, billing and cash application
Regulatory platforms and reporting systems
Each system excels at its job, but without frictionless orchestration, the handoffs between them are prone to failure. If meter data arrives late or out of sequence, you’re forced to estimate usage. If a service status update doesn’t land on time, billing logic may misfire. And if downstream systems don’t receive validated, structured consumption data, bills can’t go out.
Common consequences include inaccurate or estimated billing, SLA violations, delayed revenue recognition, failed compliance reporting, cash flow shortfalls and surging call volumes from disgruntled customers. Thus, it’s not just the billing team that feels it. When meter data is delayed or incomplete, every part of your operation experiences the fallout: Customer Service, Finance, Compliance and other departments.
A system that only works when nothing changes won’t cut it in an industry where change is constant.
Orchestration over integration
To build resilience, many utilities are investing in smarter, more connected data ecosystems. Platforms like SAP Business Data Cloud, which combines the power of SAP Datasphere, SAP Analytics Cloud and Databricks, make it easier to layer analytics and AI on top of operational consumption data. But the value of those platforms depends entirely on the quality, timing, structure and completeness of the data they receive.
Connection alone can’t guarantee this data will always be right and show up when and where it needs to. A modern automation fabric, a high-fidelity method of controlling and monitoring your data across SAP and non-SAP systems, validates each task and activity required to move data through each step of the pipeline and routes it to the right destination. It only triggers the next process when quality and other key thresholds are met.
Future-proofing meter-to-cash (M2C) automation at a large energy provider
When SAP announced the end of support for SAP BPA by Redwood, one of Australia’s largest utility companies needed to transition its mission-critical SAP M2C operations without compromising stability. They had relied on the solution for a decade to orchestrate daily billing, HR, purchasing and analytics workloads.
After evaluating alternatives, the team chose to stay in the Redwood Software ecosystem and migrated seamlessly to RunMyJobs by Redwood. The migration caused zero disruptions, fully preserving the company’s SLA performance and creating a smooth path forward for S/4HANA Cloud readiness under RISE with SAP.
An SAP Technical Analyst responsible for the company’s SAP process integration and security explains the role of their Redwood orchestration platform: “It was a business-critical system. We ran all our daily jobs through it, and we knew that if it went wrong, it would go very wrong.”
Your billing pipeline can only move as fast as your data pipeline does. An automation fabric carries your data on an effortless journey from the first smart meter reading to the final bill.
Here’s what a unified, orchestrated utility billing pipeline can look like.
Usage data ingestion and validation
Ingest raw meter data from AMI systems and IoT platforms
Estimate consumption where smart meter reads are missing, using SAP IS-U meter reading logic
Use tools like Databricks or Azure Synapse to pre-process high-volume raw readings and identify anomalies
Trigger alerts if data doesn’t meet billing quality thresholds
Send validated readings to SAP Datasphere for context-aware enrichment
Transformation and billing preparation
Trigger mass activity billing document creation via SAP IS-U
Trigger SAP IS-U to generate usage records, apply pricing and finalize billing logic with SAP Financial Contract Accounting (FI-CA)
Ensure all required meter data and service status information is available before SAP billing runs start
Standardize formats and units across devices, systems and regions
Load cleaned datasets into SAP IS-U or S/4HANA and apply rate structures and SAP FI-CA contract logic
Bank clearing and revenue processing
Execute SAP IS-U bank clearing by applying clearing locks, posting incoming payments and cash receipts and processing prepaid invoicing and credit card transactions
Initiate billing cycles in SAP only after the prerequisite datasets are verified and complete
Use event-driven orchestration to delay or reroute processes when exceptions are flagged
Automatically generate audit trails and trigger alerts for missing, duplicated or stale data
Route usage summaries and cost breakdowns to SAP Analytics Cloud, Power BI or Databricks for reporting and forecasting
Downstream system and stakeholder updates
Feed final billing and payment data to SAP Analytics Cloud and Databricks for forecasting and reporting
Feed structured data into SAP Datasphere and cloud storage for compliance reporting and AI model training
Push finalized consumption and billing data to SAP FI-CA and S/4HANA for cash application
Notify customer service teams of exceptions or late accounts via CRM updates before customers call in
RunMyJobs brings meter, CRM and billing data into harmony with orchestrated data flows purpose-built for SAP-centric utility environments.
Bonus: Powering grid modernization
The same orchestration fabric that streamlines your billing operations can also unlock faster, more accurate decision-making for your capital grid projects. Whether you’re expanding substation capacity or reinforcing the grid in anticipation of extreme weather, the ability to ingest and align data from multiple sources is critical.
Grid investments require input from asset condition data, load forecasts, GIS platforms, outage logs, customer growth models and more. Orchestration helps unify those sources and validate data quality in real time, so planning and forecasting are always based on the most current and accurate inputs.
RunMyJobs can coordinate data management across SAP, GIS systems, project management tools and platforms like SAP Datasphere and Databricks to:
Prioritize capital spend based on risk modeling
Synchronize rate impact data with financial planning and regulatory reporting tools
Route updated procurement or contractor schedules to SAP S/4HANA or project accounting and management models
Feed structured data into dashboards and AI models for stakeholder transparency and “what-if” scenario modeling
As electrification demands surge from new demands like electric vehicles and AI-powered data centers, utilities need more than project plans. They need dynamic data pipelines that drive fast responses and grid resilience.
Your systems, in sync
RunMyJobs isn’t another system you have to bolt on. It’s a full orchestration platform purpose-built for SAP environments and particularly effective in highly regulated industries. Whether you’re using SAP IS-U, S/4HANA or hybrid systems, RunMyJobs can precisely coordinate your end-to-end data pipelines without adding overhead or risk.
Planning to attend SAP Sapphire Madrid 2025? Stop by booth #10.332 to see how utility providers are making the switch from fragmented data flows to end-to-end orchestration.
If I had a dollar for every time I heard “AI” at SAP Sapphire 2025 …
AI was simply everywhere at this year’s events. From Christian Klein’s keynote to the show floor demos, it was the foundation of nearly every conversation. But beneath the buzzwords and bold visions, I noticed one question kept surfacing: How do you actually do it? How do you make AI actionable inside the day-to-day workings of an enterprise?
That’s the question we were thinking about at the Redwood Software booth and in our customer sessions and roundtables. It was fantastic to see the energy this year: standing-room-only demos, deep discussions with IT and business leaders and a steady stream of customers stopping by to share what they’re already doing with job scheduling, orchestration and workload automation (WLA). The excitement was real, but the deeper story was about who’s already rolling up their sleeves instead of just dreaming about digital transformation that actually realizes the value of AI.
Redwood was proud to be recognized for the second year in a row with the SAP Pinnacle Award in a category honoring innovative partners that provide economically relevant solutions, validating our ability to consistently drive high adoption and ROI for SAP customers. We also announced that RunMyJobs by Redwood is now an SAP Endorsed App, Premium certified — the highest level of SAP verification, indicating outstanding customer value.
The best part? We’re not talking in hypotheticals. These milestones are a testament to the real-world outcomes our customers achieve when integrating with the latest SAP technologies, maximizing the value of their SAP investment. We saw that in full color in sessions and roundtable discussions with RS Group and others, whose teams shared striking results they’ve achieved using RunMyJobs. They haven’t been waiting for the AI wave. Instead, they’ve been preparing for it by modernizing their WLA. And it’s paying off.
We’re making business AI real as we drive digital transformations that help customers thrive in an increasingly unpredictable world.
Klein’s sentiment rang true throughout the event, especially his keynote theme: To thrive in an AI-powered world, it’s not enough to modernize ERP. Foundational processes, especially the ones running behind the scenes, must be intelligent, agile and orchestrated. WLA platforms like RunMyJobs are already doing the work of preparing SAP landscapes for AI by coordinating processes end to end, orchestrating the tasks that drive efficient data pipelines and ensuring the reliability that AI output depends on.
Redwood customers leading the charge
SAP made it clear: the future isn’t about cobbling together best-of-breed tools. It’s about building a smart, cohesive suite. That suite extends beyond core ERP to include the applications and automation fabrics that make an entire business run. Redwood customers are already there.
RunMyJobs isn’t a standalone job scheduler. It’s the connective tissue for automation fabrics across SAP and non-SAP systems, delivering the kind of real-time orchestration that complex, data-intensive environments demand. Redwood’s shared product vision with SAP is helping customers optimize operations to scale with AI. That alignment is also what earned RunMyJobs its SAP Endorsed App status.
We spotlighted compelling Redwood customer stories at SAP Sapphire this year, including the following.
RS Group: Transforming global supply chain operations for a demanding market
As a global industrial distributor, RS Group faces an unforgiving supply chain environment. Before RunMyJobs, they couldn’t even run business operations processing (BOP) daily for all 26 markets they serve. The complexity was enormous. They had to stagger market runs, which put customer promises, such as delivery timelines, at risk.
Using RunMyJobs to re-engineer processes and workstreams and optimize job logic, they now run BOP for all 26 markets daily.
We now meet our promise to our business and customers.
Dharmesh Patel, Head of SAP Development & Services, RS Group
But that was only the beginning. Previously, RS Group faced issues with poor monitoring, alerting and visibility, leading to frequent Priority 1 (P1) and Priority 2 (P2) incidents in critical operations like order processing and warehouse management. With RunMyJobs, they introduced custom alerting, rebuilt job frameworks and created a governance model for continuous improvement.
The payoff of using RunMyJobs for RS Group: No P1 or P2 incidents in critical operations in over a year and job execution reliability over 99%
This isn’t just operational success. It’s setting the stage for AI readiness, because AI needs more than just access to data. It needsreliable, actionable data at the right time, integrated into the processes that power the business. RS Group is ready. When you run a global supply chain, “ready” isn’t a luxury.
Ready on day 1: How fit-to-suite automation prepares you for the AI future
The real takeaway from SAP Sapphire wasn’t that AI is coming. It’s that AI is already here, and the companies reaping the benefits are the ones that did the foundational work early. Redwood customers like RS Group have already modernized their WLA. They’re not bolting on AI. They’re ready for what’s happening now and what’s to come because their automation is fit-to-suite: deeply integrated, spanning SAP and non-SAP systems and built for scale and AI innovation.
RunMyJobs provides the automation fabrics enterprises need to orchestrate complex, cross-system workflows and support the data pipelines AI depends on. It connects SAP S/4HANA to the hybrid architectures, business process layers and related data AI needs to drive better, faster decisions and more efficient attainment of business outcomes.
When your business runs on well-managed, intelligent processes, you don’t just hope your AI strategy will work — you know it can.
An obvious and undeniable message of SAP Sapphire 2025? WLA modernization isn’t a side project. It’s a prerequisite. See how Redwood supports SAP customers in future-proofing their ecosystems.
