Question 1

What does Covia Labs do?

Accepted Answer

Covia Labs builds the management layer for the synthetic workforce. Our platform, the Universal Grid, is the runtime infrastructure that lets organisations deploy, govern, and scale AI agents in production: ordered execution across teams and tools, cryptographic access control, and a complete record of every action an agent takes.

Question 2

What problem does Covia solve?

Accepted Answer

Today's AI agents reason well but execute badly. They duplicate actions, skip approvals, drift out of sync, and leave no auditable trail. Every team building production agents writes their own brittle glue, and every integration breaks differently. Covia is the coordination layer that fixes execution. Ordering, authority, memory, and accountability hold across every system an agent touches.

Question 3

Who is Covia for?

Accepted Answer

Covia is built for three audiences. Enterprise teams deploying AI agents in regulated environments who need governance, audit trails, and compliance baked into the runtime, not bolted on after the fact. Scaleups running agents in production today who want to coordinate them across teams, tools, and cloud environments without rewriting from scratch. Developers building the next generation of agents who want primitives like durable state, governed execution, and federation that other frameworks lack.

Question 4

What is the synthetic workforce?

Accepted Answer

The synthetic workforce is the set of AI agents your organisation deploys to do real work. Not just answering questions, but taking actions: opening tickets, processing transactions, deploying code, managing customer touchpoints. The 'workforce' framing matters because, like a human team, agents need identity, accountability, defined roles, and a system of record for what they do. Covia is the management layer that makes that workforce production-ready.

Question 5

Why now? Why does the agent economy need a coordination layer?

Accepted Answer

Every previous compute wave hit the same inflection point. Once individual units of compute started acting across shared systems, a coordination layer became necessary. Power grids, TCP/IP, HTTP, Kubernetes. Each arrived after the chaos, before the scale. AI agents are at that inflection point now. They have moved from suggesting answers to taking actions, but the execution substrate underneath them is missing. We exist because no one was building it.

Question 6

How do I start using Covia?

Accepted Answer

There are three ways to start. Developers install one of our SDKs (TypeScript, Python, or Java), scaffold an agent with the CLI, and deploy to any venue on the Grid in under ten minutes. Teams evaluating Covia for production should request early access so we can map your use case to the Grid before you build. Anyone curious about the architecture can read the Docs, explore the code on GitHub, or join the conversation on Discord.

Question 7

How long does it take to deploy our first agent?

Accepted Answer

A first agent typically deploys in under a day. The Covia framework and pre-built adapters handle the runtime plumbing, so the work shifts from infrastructure to defining what the agent should do. Scaling from a first agent to a coordinated team usually takes one to two weeks, depending on how many tools and systems the team needs to act across.

Question 8

Do we need to replace our existing AI tools or framework?

Accepted Answer

No. Covia is designed to sit beneath your existing tools, not replace them. Through BYOA (Bring Your Own Agent), agents from LangChain, CrewAI, AutoGen, or any custom framework can connect to the Grid without code rewrites. The Grid adds the coordination, governance, and audit layer underneath what you already have.

Question 9

What does it look like to evaluate Covia for production?

Accepted Answer

Most teams evaluate Covia in three phases. Discovery: a call with our team to map your use cases to Grid primitives like execution, federation, and the system of record. Pilot: a focused deployment, typically one or two agent teams, in your environment with real workflows. Rollout: scale to additional teams, tools, and venues as governance and integration patterns are validated. The full path usually runs four to twelve weeks, depending on integration depth.

Question 10

What is the Grid, in one paragraph?

Accepted Answer

The Grid is a federated coordination network for AI agents. It works across organisational, cloud, vendor, and jurisdictional boundaries, hence 'Universal Grid'. Each organisation runs its own venue; venues federate through the Grid Lattice, a content-addressed shared-state layer built on convergent data structures. Agents discover capabilities, share context, and execute governed workflows on top. The result: agents coordinate consistently across systems they would otherwise have no way to share.

Question 11

How does Covia coordinate multiple agents at once?

Accepted Answer

Through shared state, not direct messaging. Each agent reads from and writes to the same content-addressed lattice. When two agents act on overlapping context, the lattice's convergent data structures merge their writes deterministically, so all agents see a consistent picture without a central coordinator or message queue. Workflow assets define multi-agent execution sequences; the Grid handles retry, fan-out, and result aggregation. Agents coordinate by data, not by chatter.

Question 12

How is Covia different from logs / observability tools?

Accepted Answer

Logs tell you what happened after the fact. Covia governs what is allowed to happen before it happens. Observability tools are passive: they fragment across systems, can't stop bad actions, and don't carry intent. Covia enforces rules at execution time, keeps one authoritative action history, captures why each action happened, and supports replay, rollback, and audits. Logs explain accidents. Covia prevents them.

Question 13

Why can't existing workflow / RPA tools do this?

Accepted Answer

Traditional workflows and RPA tools assume one owner, one system, and one linear path of authority. Agent systems do not work that way: many agents act concurrently, across many tools, with mixed permissions, and frequent partial failures. Covia is built for that reality. Concurrency, uncertainty, and shared control are the defaults, not exceptions. Linear flows still work where appropriate, but the substrate handles the messy multi-agent case underneath.

Question 14

How is Covia deployed?

Accepted Answer

Covia is deployed in three shapes. Covia Cloud is our managed service: we run the venue and Grid Lattice, you run agents. Lowest operational overhead. Covia Node in your VPC is a self-hosted deployment in your cloud account. You keep data residency, we handle releases. Covia Node on-prem runs entirely inside your network for regulated environments. All three federate through the Grid, so agents in different deployments can coordinate when policy allows.

Question 15

Which agent frameworks does Covia support?

Accepted Answer

Through BYOA (Bring Your Own Agent), Covia supports agents from any framework: LangChain, CrewAI, AutoGen, custom Python or TypeScript code, or any runtime that follows the protocol. The adapter layer translates between your agent and the Grid. You define an operation asset, point it at your agent endpoint, and the Grid handles invocation, state management, and result aggregation. Covia does not own your reasoning loop. It owns the substrate underneath.

Question 16

Which protocols does Covia speak?

Accepted Answer

REST is the baseline. MCP (Model Context Protocol) is supported natively for tool and capability exposure. A2A (Agent-to-Agent Protocol) is supported natively for cross-agent communication. WebSockets handle low-latency streaming. Internally, the Grid Lattice uses content-addressed gossip for state replication. The adapter layer bridges anything else your stack speaks.

Question 17

How does Covia integrate with our existing tools?

Accepted Answer

Through pre-built adapters and the open adapter interface. The framework layer is live today: agents from LangChain, CrewAI, AutoGen, plus the MCP and A2A protocols, work out of the box. Tool-specific adapters (CRMs, ticketing, communication, identity, source control) are built with development partners on request, typically a half-day of engineering once the partner specs the integration. The adapter interface is open and stable, so an internal team can build one for a proprietary system independently.

Question 18

What SDKs do you provide?

Accepted Answer

Three first-party SDKs cover the dominant agent runtimes: TypeScript (`covialib`), Python (`covia-sdk-py`), and Java (`covia-sdk-java`). All three handle venue connection, operation invocation, job lifecycle, and asset creation. The TypeScript and Python SDKs use idiomatic async patterns; the Java SDK targets JVM-based agent frameworks. Each ships with type-safe client generation from the venue's operation schema. Anything not covered can be reached via the REST API.

Question 19

Is Covia open source?

Accepted Answer

Yes. The Covia Grid core, the agent framework, and all SDKs (TypeScript, Python, Java) are open source under permissive licences (Apache 2.0 for the core). Architectural decisions are documented publicly. The commercial layer covers managed hosting (Covia Cloud), production-grade self-hosted licensing (Covia Enterprise), advanced governance features, and SLA-backed support.

Question 20

What's free, and what's commercial?

Accepted Answer

Free: the Grid core, the agent framework, and all SDKs (TypeScript, Python, Java). Anyone can build, prototype, and run agents on the Grid at zero cost. Commercial: Covia Cloud (managed venues, usage-based pricing) and Covia Enterprise (production-grade self-hosted deployments with SLA-backed support and advanced governance features). The split lets developers and small teams start without payment and move to commercial when they need production guarantees.

Question 21

How does pricing work?

Accepted Answer

Two lanes. Covia Cloud uses usage-based pricing across compute, lattice state storage, and network operations. There are no per-agent licence fees or seat-based charges; you pay only for what your fleet actually consumes. Covia Enterprise is enterprise licensing for production-grade self-hosted deployments, scoped per Covia Node and tiered by support level. Pricing for production workloads is bespoke per customer at this stage. To discuss what fits your deployment shape and scale, contact the Covia team.

Question 22

How does Covia handle data security?

Accepted Answer

Covia layers security at the runtime: end-to-end encryption in transit and at rest, capability-based access control via UCAN tokens, and a tamper-evident action log on the Grid Lattice. Each agent has a cryptographic identity; every action is signed and recorded. Tenant data stays inside its assigned venue, with explicit policies for any cross-venue federation. The architecture is designed to align with SOC 2 and ISO 27001 controls; formal certification audits are on the roadmap.

Question 23

What compliance certifications and frameworks does Covia support?

Accepted Answer

Covia is built for compliance-by-construction: the runtime enforces controls that compliance frameworks require, rather than layering paperwork on top. The architecture aligns with the controls in SOC 2 Type II and ISO 27001, and with GDPR and HIPAA requirements: encrypted state, scoped capability tokens, immutable action history, data residency boundaries, and consent-aware processing. Covia does not yet hold formal certifications; audits are on the roadmap. For control mappings and current attestation status, contact the Enterprise team.

Question 24

How does access control work?

Accepted Answer

Through capability tokens, not roles or seats. Every agent receives a cryptographic UCAN token that defines exactly what it can do: which operations, on which assets, until when, with what conditions. Tokens can be delegated, scoped down further, and revoked instantly. There is no central admin database to keep in sync. Permissions travel with the token, so even if an agent moves between venues or systems, its authority is checkable from the signed chain alone.

Question 25

What about data residency and sovereignty?

Accepted Answer

Each venue is bound to a specific deployment shape and region. Covia Cloud runs in named regions you can pick at venue creation. Covia Node in your VPC stays inside your cloud account, in the region you control. Covia Node on-prem never leaves your network. When venues federate, only the explicit context your policy permits crosses the boundary; the rest stays local. For regulated customers with strict residency mandates, the on-prem path keeps every byte under your control.

Question 26

What audit and traceability capabilities does Covia provide?

Accepted Answer

Every agent action is recorded on the Grid Lattice with cryptographic provenance: agent identity, capability token, input context, output, and any side effects. The action log is append-only and tamper-evident. From there, teams can query the full decision history, replay any sequence, generate compliance reports, and trace any output back to its originating agent and the inputs that drove it. The same record drives audits, incident response, and regulator queries.

Question 27

What support is available?

Accepted Answer

Three tiers of support, matched to deployment shape. Community support for OSS users runs through GitHub, Discord, and the public docs at no cost. Covia Cloud customers get email support, onboarding workshops, and architecture reviews. Covia Enterprise customers get dedicated channels, named solutions engineers, and SLA-backed response times. The community channels stay open at every tier; commercial support adds direct access to the team that built the Grid.

Question 28

How can I contribute to Covia?

Accepted Answer

Several ways. Code: open issues and PRs against any of the public repos on GitHub. Discussion: join the Discord to talk through use cases and ideas with the team and other builders. Adapters: building an adapter for a tool you use? Covia helps development partners ship them. Use it: deploy Covia in production and push the substrate against real workloads. Shipping under load surfaces the issues that matter and is the most useful contribution.

Frequently asked questions about Covia

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