What Celigo does: Celigo provides an iPaaS platform in the SaaS market that unifies multiple software applications and automates critical business processes, ensuring data lands in the right place at the right time. How its product works: The platform connects various apps, automates workflows, and data flows through a subscription-based service that includes features for integration and automation, plus professional services and support. How Celigo differs from competitors: It emphasizes an easy-to-use interface combined with strong integration and automation capabilities, targeting a wide range of customers from SMEs to large enterprises, and offers a mix of self-serve features with professional services. What Celigo’s goal is: To help businesses improve data accuracy, streamline workflows, and boost operational efficiency by keeping software systems synchronized through automated integrations.
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Company Size
501-1,000
Company Stage
Series C
Total Funding
$76M
Headquarters
Redwood City, CA
Founded
2011
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Celigo launches MCP Management to govern AI access. Fri, 30th Oct 2026 (Today) Celigo has launched MCP Management to govern how AI assistants and agents access business systems. The product is aimed at IT and security teams that need oversight of AI activity across enterprise software. The offering provides a single control layer for both Celigo-built and third-party Model Context Protocol servers, which are increasingly used to let AI tools connect with software across the business. It enables teams to authenticate users, define access at the level of individual tools and maintain an auditable record of AI activity. Model Context Protocol, or MCP, has emerged as a standard for linking AI assistants and agents to business systems. Software suppliers have begun offering their own MCP servers, with each server exposing specific actions an AI tool can carry out, such as checking a customer record in a CRM system, reviewing an invoice in an ERP platform or updating a service ticket. That expansion has widened access beyond specialist integration teams to employees using assistants such as Claude, ChatGPT, Copilot and Cursor, as well as autonomous agents that can act without direct human input. Celigo argues this shift has created governance problems because many MCP servers rely on broad default access and shared service credentials, making it harder to identify who was behind a specific action. Matt Graney, Chief Product Officer at Celigo, said the company was addressing a gap in enterprise controls around AI-based actions. "AI assistants and agents are a new class of actors in the enterprise, and the old model of shared credentials and broad access was never designed for them. Enterprises need to know who is behind every AI request, what it is authorised to do and what actions it has taken," Graney said. "MCP Management gives IT one governed path. Every call traces back to a real person, access is approved one tool at a time, and because Celigo runs the tools as well as governs them, teams can see exactly which systems AI touched and what it changed," he added. Control layer Within Celigo's framework, every MCP server runs behind what it calls an MCP Gateway. Through that gateway, administrators can determine which tools each employee can use, with access linked to the organisation's identity provider rather than shared application credentials. Celigo has also introduced an MCP Registry, designed to show every MCP server in use across an organisation, the AI assistants or agents using them and the people with access. Staff can request use of specific tools, while administrators approve access on a tool-by-tool basis. According to the company, the platform differs from standalone gateways because it both governs tools and executes them. That means companies can see which systems were accessed, what changed during a workflow and where a process failed. Another element of the launch is the ability to build composite tools that draw on multiple systems in a single action. For example, a finance-focused agent could retrieve an order from a CRM platform, invoice details from an ERP system and payment status from a billing tool in one call, without receiving full application access to each system. Customer views Nidecker Group, which uses Celigo, said the approach gives it a fuller operational view across third-party tools. "Celigo's MCP was the missing piece. It's the layer in the middle connecting to all our third-party tools in the cloud. Now we get the start, the middle and the end in one dashboard. That's a total game changer for analytics and visibility," said Millet. Celigo is positioning the product within its wider automation platform, which already covers data integration, API management, EDI and application workflows. The setup allows customers to manage AI-related access controls in the same environment as other business integrations, including links to on-premises and legacy systems that may not have their own MCP servers. Interplay Learning, another customer, said that matters because many of its existing operational processes already run through the platform. "Through an acquisition, system consolidation and workflows tailored to how we operate, Celigo has been a consistent platform for connecting data and systems across our business. From sales and commerce to billing and fulfillment, our core operations run on it. That foundation puts us in a stronger position as we expand our use of automation and AI, because our systems and data are already working together," said Lanham.
Celigo introduces MCP Management to govern AI assistant and agent access across the enterprise. Celigo announced Celigo MCP Management, giving IT and security teams one place to govern how AI assistants and agents act in business systems. With MCP Management, teams can connect each workflow to only the systems and tools it needs, control which people can use which tools, and discover every MCP server in use. Every call is tied to a verified user, not a shared credential. Model Context Protocol (MCP) has become a standard way for AI assistants and agents to connect to business systems, and many SaaS vendors now offer their own MCP servers. Each MCP server exposes a set of tools, the specific actions AI can take in that system, such as looking up a customer in a CRM, checking an invoice in an ERP or updating a ticket in a service desk. Access that once sat with a small group of integration specialists can now extend to any employee using AI assistants such as Claude, ChatGPT, Copilot or Cursor, as well as autonomous agents that act without human intervention. Each MCP server comes with its own access model, and many are broad by default, giving every connected person or agent the full set of tools rather than only what the job requires. Many also run on shared service credentials, meaning systems of record may log the application rather than the person on whose behalf the assistant or agent acted. This can make it harder for security and compliance teams to audit activity, for IT teams to control access and for organizations to move AI pilots through security review. "AI assistants and agents are a new class of actors in the enterprise and the old model of shared credentials and broad access was never designed for them. Enterprises need to know who is behind every AI request, what it is authorized to do and what actions it has taken," said Matt Graney, Chief Product Officer at Celigo. "MCP Management gives IT one governed path. Every call traces back to a real person, access is approved one tool at a time, and because Celigo runs the tools as well as governs them, teams can see exactly which systems AI touched and what it changed." Celigo MCP Management provides a centralized control plane for managing how AI assistants and agents interact with enterprise systems through MCP. The platform brings MCP servers built in Celigo and those built by third-party vendors under a common governance layer, allowing organizations to authenticate users, define access at the individual tool level and maintain an auditable record of AI activity across all MCP servers. Because Celigo executes MCP tools rather than simply routing requests, organizations can see which systems were accessed, what changed and where an execution failed. With Celigo MCP Management, enterprises can: * Connect MCP servers grounded in company knowledge. Teams turn existing integrations, more than 1,000 app connections and company knowledge bases into MCP servers built for specific jobs. Unlike a vendor's native MCP server, which only sees its own system, a Celigo composite MCP server can work across several systems in a single tool. For example, a finance agent can pull an order from the CRM, invoice details from the ERP and payment status from the billing system in one call, without broad access to any of them. Providing assistants and agents with only the data and knowledge relevant to a specific task can help reduce errors and token usage. Unlike standalone gateways that govern tools built elsewhere, Celigo builds, hosts and governs them on one platform. * Control who uses which tools with the MCP Gateway. Every MCP server, whether built in Celigo or by a third-party vendor, runs behind one gateway. Teams can determine which tools each person can use, with access tied to the organization's identity provider. Every action is tied to a verified identity rather than a shared credential, providing security and compliance teams with a centralized auditable trail. * Discover every MCP server with the MCP Registry. The registry shows every MCP server in the organization, which AI assistants and agents use them and who has access. Employees can request the tools they need, while administrators approve access to specific tools. This gives employees a sanctioned way to use AI with company systems while giving IT greater oversight. Each approval records who was granted access, which tools they can use, and who approved that access. "Celigo's MCP was the missing piece. It's the layer in the middle connecting to all our third-party tools in the cloud. Now we get the start, the middle, and the end in one dashboard. That's a total game changer for analytics and visibility," said Antoine Millet, Head of IT, Nidecker Group. Governance and execution on one intelligent automation platform MCP Management runs on Celigo's intelligent automation platform, which enables teams to build and govern AI tools in the same place. Standalone MCP gateways typically govern only tools built elsewhere. Celigo builds governed tools from existing integrations and more than 1,000 app connections, including on-premises and legacy systems that may never have their own MCP server. When a vendor's MCP Server is too broad, or a system has no MCP server at all, teams can build a tool that gives assistants and agents only the data a task requires. This can help agents use fewer tokens and return more accurate answers, while ensuring every tool operates under the same identity, approval and audit controls enforced by the gateway. Because everything runs on Celigo's intelligent automation platform, teams manage AI access alongside their EDI, API management, data integration and application workflows, without adding another standalone system to secure and maintain. "Through an acquisition, system consolidation, and workflows tailored to how we operate, Celigo has been a consistent platform for connecting data and systems across our business. From sales and commerce to billing and fulfillment, our core operations run on it. That foundation puts us in a stronger position as we expand our use of automation and AI, because our systems and data are already working together," said Christina M. Lanham, Director, Business Technology, Interplay Learning.v Topics: AI David Marshall is the founder of VMblog.com, one of the industry's longest-running independent publications covering modern data center technologies. What began as a focus on virtualization and cloud computing has expanded to cover the full spectrum of enterprise IT, including AI, security, and DevOps, making VMblog a trusted destination for vendor news, technology analysis, and industry commentary.Beyond publishing, David has spent his career at the intersection of technology and business, inventing, marketing, and launching a number of successful software companies and products, and building a reputation as a skilled marketing executive in the enterprise IT space.David is also a published author, having written two well-regarded books on virtualization and served as technical editor for two "For Dummies" titles covering virtualization and cloud computing. He co-founded CloudCow.com, a publication focused on cloud computing, and has been named a VMware vExpert every year since 2009, one of the longest continuous honoree streaks in the program's history.Connect with David on LinkedIn: https://www.linkedin.com/in/davidmarshall/
EDI for Dynamics 365 is a business risk, not just a back-office task: what Celigo heard at Community Summit 2026. Published Oct 19, 2026 Nate Briant Lead, Technical Product Marketing Engineer IT leaders said they lack visibility into failed transactions, lack control over trading partner connectivity, and can't resolve errors without waiting on a vendor. They want EDI they can see, own, and fix themselves, with validation up front, faster partner onboarding, and AI-assisted error resolution. Community Summit 2026 brought together thousands of Microsoft Dynamics users, partners, and ISVs. Celigo went expecting to talk about integration broadly. Celigo left having talked about EDI almost nonstop. For organizations running Dynamics 365 Business Central and F&O, EDI was the issue that kept coming up. Here are the themes that defined its conversations. How do you get visibility into EDI transactions in Dynamics 365? Most managed EDI providers handle connectivity and mapping behind the scenes, so IT teams can't see which transactions succeeded, which failed, or why. The fix is EDI that runs on the same platform as your ERP integration, so every transaction is traceable from receipt to posting. Here's why that matters. EDI transactions are the lifeblood of the business. Purchase orders, invoices, advance ship notices (ASNs), and inventory feeds flow between companies and their largest trading partners every day. When those transactions fail, revenue and customer relationships are on the line. Yet most organizations Celigo spoke with described their EDI setup as something they can't see into. A managed provider sounds convenient until something breaks. Then IT is left opening a support ticket and waiting while a retailer asks why their order hasn't been acknowledged. Three gaps came up repeatedly: * Lack of EDI visibility. Teams can't tell which transactions succeeded, which failed, or why. * No control over connectivity. Adding a trading partner, changing a protocol, or adjusting a map means going through the vendor. * No self-service error resolution. Even simple fixes require outside help, which turns minor errors into multi-day delays. Attendees didn't describe these as inconveniences. They described them as strategic threats to the business, and they're actively looking for a way to reduce that risk. How do you prevent EDI chargebacks with document validation? Alongside the strategic concerns, a lot of the conversation was practical. Document validation was a recurring frustration. Organizations want transactions checked against trading partner requirements before they're sent, not rejected afterward with a chargeback attached. Getting the fundamentals right is still a differentiator because so many existing solutions don't. How do you speed up EDI trading partner onboarding? Onboarding speed came up as a direct business constraint. Every new retailer, distributor, or supplier relationship starts with an EDI connection, and when that takes weeks or months, growth slows with it. Businesses want trading partner onboarding to be repeatable and largely self-serve, with the connection to Business Central or F&O handled as part of the process rather than as a separate project. What is agentic EDI? Agentic EDI is a system that goes beyond dashboards: it detects a failed transaction, explains what went wrong in plain language, suggests or applies a fix, and helps onboard a partner by interpreting their specification. This was the newest theme at Community Summit, and it's gaining momentum fast. Attendees want more than visibility. The expectation is shifting from "give me visibility" to "help me act." What is the best way to run EDI for Dynamics 365 Business Central and F&O? These conversations reinforced why Celigo built EDI into the Celigo integration platform rather than treating it as a separate product. Because EDI runs on the same platform as your Business Central or F&O integration, you get: * Full EDI visibility: every transaction, from receipt to ERP posting, in one place * Control over connectivity and mapping, so your team owns the relationship with each trading partner * Self-service error resolution, with errors surfaced in context so your team can fix and retry without waiting on a vendor * Built-in document validation against trading partner requirements before transactions are sent * Faster partner onboarding using prebuilt templates and a repeatable process * An agentic experience that helps your team understand, resolve, and prevent issues rather than just report them Take your next step. The Microsoft Dynamics community is done accepting EDI as a necessary evil. Organizations want to own it, see it, and fix it themselves. That's the direction Celigo is building toward, and Nashville confirmed Celigo is building in the right place. Listen to Nate and Jeremy's discussion about Managed EDI vs. Modern EDI on the Builder's Hub Podcast. If you're ready to talk to someone about how to modernize your EDI solutions, request a demo.
TecAce Software launches ai-driven e-commerce operations automation project with iKamper USA. "Start with Proven Areas, Then Scale Step by Step" - Three-Month Initial Engagement to Demonstrate Automation Impact BELLEVUE, Wash. and SEOUL, September 1, 2026 - TecAce Software, Ltd. ("TecAce"), an AI and cloud-based software development company, announced that it has launched "iKamper AX Initial Engagement," an AI-driven operations automation project, together with premium rooftop tent brand iKamper USA ("iKamper"). The collaboration aims to assess iKamper's end-to-end e-commerce and order fulfillment processes and automate repetitive tasks, reducing the operational burden that has accumulated during the company's rapid growth. Dozens of automation opportunities identified in the on-site assessment. Ahead of the kickoff, TecAce carried out an on-site assessment and identified dozens of improvement opportunities across iKamper's current systems and business processes. iKamper handles order management, inventory, and customer support by integrating multiple systems including Shopify, NetSuite, Celigo, and Intercom, and the assessment found considerable room to refine data flows and processes across those systems. The "AX" in the project name stands for Automation & AI Transformation. It reflects an approach that goes beyond a simple system review or the adoption of individual tools, applying AI technology to real operational workflows in order to transform the way work itself is done. A three-phase approach: validation | selective implementation | stabilization. The project runs in three phases over roughly three months. In the first phase, TecAce diagnoses the data flows and systems of record in the current environment, validates the state of system-to-system integration along with the automation potential of chatbot, order processing, and marketing workflows, and finalizes priorities. In the second phase, a small number of initiatives with high feasibility and expected impact are selected from the validated items and actually implemented, with results before and after implementation compared in numbers. In the final phase, the focus shifts to embedding the implemented items into day-to-day operations and applying a monitoring framework, reinforcing existing gains rather than expanding into new areas. Throughout the project, TecAce reports progress on a weekly basis and demonstrates completed work each week using real data, so that the client can track progress through working results rather than deliverable documents. A principle of scaling only as far as validated. The core of the project lies in gradually widening the scope from areas where impact has been verified, rather than automating every system at once. TecAce explained that this approach lets the client quickly feel tangible returns relative to the initial investment while minimizing risk to existing operations. "This collaboration takes the issues identified in iKamper's actual operating environment as its starting point, and focuses on validating and implementing the highest-impact areas first," said a TecAce project manager. "Our goal is to show, through this three-month initial engagement, that automation can translate into real business results." About TecAce Software, Ltd. Founded in 2000, TecAce Software, Ltd. has spent 26 years delivering software development and global operations services. Headquartered in Bellevue, Washington, the company also operates an office in Allen, Texas, and a development organization in Seoul. Starting out in embedded OS development, TecAce expanded into mobile, IoT, and cloud, and has delivered more than 1,000 projects, with a current focus on AI transformation and cloud operations. The company was named to the Inc. 5000 list of high-growth U.S. companies in 2020 and 2024, was recognized as Washington State's top IoT development company, and participates in the SKT K-AI Alliance. About iKamper USA. iKamper entered the market in 2017, when it unveiled Skycamp - a hard-shell expandable rooftop tent that deploys in under a minute - on Kickstarter, raising $2.37 million and setting the largest campaign record in the tent category. Within six months of starting production, the company was shipping to 46 countries, and today it designs and manufactures rooftop tents and outdoor gear, including the fourth-generation Skycamp, directly at its Seoul headquarters. iKamper has won the Red Dot Design Award three times (2018, 2019, and 2020) and holds ISO 9001 and ISO 14001 certifications. Its U.S. entity, iKamper USA, is based in the Pacific Northwest and runs North American e-commerce channels and customer community programs.
Celigo announces Data Ingestion for Snowflake. Published Jun 25, 2026 Updated Jul 8, 2026 Craig Rewerts Companies are stitching together pipelines, connectors, and scripts. These systems break, require constant fixes, and slow everything down. Data shows up late, incomplete, or not usable, and teams spend more time maintaining pipelines than using data. This is happening even as companies standardize on platforms like Snowflake. Snowflake provides a powerful foundation for enterprise data, and companies also need a reliable ingestion and integration strategy to keep data flowing across the business. Without that strategy, teams can end up with a patchwork of tools that is difficult to manage and trust. You can move data into Snowflake with a connector and layer AI on top, and in simple cases that works. But business critical systems are not static. Data changes constantly, schemas evolve, APIs break, and business logic ends up scattered across scripts and models. What starts as a straightforward setup quickly becomes difficult to maintain and harder to trust. Celigo is built for this reality. It keeps data reliable as systems evolve and connects it back to the business so it can be used in key processes. Celigo Data Ingestion provides a single intelligent pipeline that replaces multiple flows, moving data into Snowflake faster and with less overhead. It is easier to build and maintain, reduces reliance on IT, and delivers reliable, warehouse-ready data. It also keeps working as things change. As schemas evolve, applications change, and new systems come online, Celigo pipelines adapt automatically and keep running without manual fixes. This leads to fewer errors, less maintenance, and predictable performance without added engineering effort. Celigo also goes beyond ingestion. Once data lands in Snowflake, it does not just sit there. It can be operationalized and pushed into business applications, trigger workflows, and support real-time decisions. Ingestion becomes the first step in using data, not just storing it. This matters even more with AI. Models depend on data that is current, complete, and usable. Celigo keeps data up to date, adapts to changes, and connects it to the systems where work happens, so AI can act on the right business context, not incomplete data. All of this runs on a single platform that also supports APIs, automation, agents, and EDI, giving teams consistent governance and visibility across every integration without managing separate tools. Let's talk. See Celigo Data Ingestion in action with Snowflake. Achieve data readiness for AI with data ingestion. Join Celigo, Inc. to see how Celigo moves data from ingestion to activation - and what that looks like in practice with Snowflake.
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Industries
Company Size
501-1,000
Company Stage
Series C
Total Funding
$76M
Headquarters
Redwood City, CA
Founded
2011
Find jobs on Simplify and start your career today
Don't see your dream role? Check out thousands of other roles on Simplify.Browse all jobs