Home / Compare / AANCER vs Langdock
ComparisonAANCER vs Langdock:
enterprise AI that stays inside your perimeter.
Langdock is a mature European platform for AI adoption: chat, a capable no-code workflow builder, bounded assistants, and integrations, delivered as managed EU-hosted cloud, with ISO 27001 and SOC 2 Type II held today. AANCER answers a stricter requirement. It deploys the whole platform, including chat, knowledge, automation, and governed agents, inside your own perimeter, enforces that boundary in code rather than in policy, and licenses the deployment rather than the seat. This page concedes where Langdock leads and shows where that difference decides it.
TL;DR — Choose Langdock for a mature, managed EU-cloud platform that puts chat, workflows, and assistants in front of your organization quickly, with ISO 27001 and SOC 2 Type II already in hand. Choose AANCER when the platform must run inside your own perimeter, on-prem or air-gapped, without a large-seat minimum, when you need governed agents you can sign and revoke against a tamper-evident audit trail, and when local models should be the default rather than cloud APIs reached by key.
The same question, two architectures.
| Dimension | AANCER | Langdock |
|---|---|---|
| Where your data is processed | Your infrastructure: on-prem, private k8s, or fully air-gapped | EU Azure cloud by default; single-tenant, BYOC or on-prem at enterprise tiers |
| Cost scales with | Your hardware footprint · users unlimited | Seat-based licensing |
| AI chat & assistants | ✓ | ✓ |
| No-code workflow builder | ✓ | ✓ mature: versioning, run history, HITL |
| Connectors | 725 connectors + Enterprise finance pack | ~40–50 native integrations; 700+ workflow actions |
| Signed, revocable certified agents | ✓ passports, revoke in ≤30s | Bounded assistants; no signed passport documented |
| Sovereignty enforced in the runtime | ✓ fail-closed engine returns 403 SOVEREIGNTY_BLOCK | EU hosting + policy; no fail-closed block documented |
| Audit trail | Append-only, hash-chained, tamper-evident, exportable | Workflow run history and audit logs |
| On-prem / air-gap without a seat floor | ✓ from the free EVAL edition | On-prem available, gated at 5,000+ seats |
| Model access | Local models by default + any cloud provider, policy-routed per step | 30–35+ models across 6 providers via BYO-keys; open-weights as cloud APIs |
| Security certifications | Controls mapped to 27 regulations; ISO 27001 in progress; verifiable audit chain + signed passports | Holds ISO 27001 and SOC 2 Type II today |
| Getting started | EVAL edition: full platform on your own hardware, time-boxed | Managed EU cloud, quick to start |
Langdock details from langdock.com (enterprise, security, models and product pages), retrieved August 2026. Tiers and features change, so verify against their current published terms. We aim for accuracy; tell us if anything here is out of date.
Four differences that decide it.
1 · Enforcement in code decides the boundary, not the hosting region
Langdock's trust story is real. Its default is EU-hosted cloud on Azure, it aligns to GDPR, and it holds ISO 27001 and SOC 2 Type II today, certifications AANCER is still working toward because our ISO is in progress. If the requirement is European hosting with a certified vendor and no infrastructure to run, Langdock meets it well.
AANCER answers a stricter question: the platform must enforce the data boundary itself, not describe it in a policy. AANCER runs on your servers, your Kubernetes, or a fully air-gapped network. A fail-closed policy engine sits inside the runtime, so a request that would send protected data to a cloud model returns 403 SOVEREIGNTY_BLOCK before it leaves your network, and the refusal is written to the audit ledger. EU hosting keeps data in a region; the AANCER runtime keeps it inside a boundary you define.
With Langdock the guarantee is a region and a certificate; with AANCER a request that would breach the boundary is refused in code and logged before it leaves your network.
2 · Sovereign deployment without a seat floor
Langdock does offer sovereign deployment, and the options are real: single-tenant SaaS, bring-your-own-cloud, and on-prem via Helm and Kubernetes. The constraint is scale. Single-tenant is an enterprise tier that starts at 2,000 seats, while BYOC and on-prem start at 5,000 seats. For an organization of that size, those options are genuine.
AANCER attaches no seat floor to the same outcome. On-prem, private-cloud, and air-gapped deployment are available from the free EVAL edition, at any size, with every user included. A 40-person compliance team can run the identical air-gapped platform that a 40,000-person institution runs. The deployment is licensed once, and adoption does not raise the bill.
3 · Local models by default, not cloud APIs reached by key
Langdock is model-agnostic in a useful way: 30 to 35 or more models across six providers, selected with your own keys. That breadth is a genuine strength for teams that want to route between frontier models.
The difference is where those models run. Langdock's open-weight options, such as Llama, Mistral, and DeepSeek, are offered as cloud APIs, and running them on your own hardware is not something Langdock documents either way. AANCER runs local models on your hardware by default and treats cloud providers as an option that policy has to permit, per step. In a sovereign workspace the model stays inside the perimeter alongside the data.
4 · Assistants that answer, and agents you can certify and revoke
Langdock's agents are bounded assistants: specialized chatbots with personas and form triggers, paired with a mature no-code workflow builder that offers versioning, run history, and human-in-the-loop steps. For many teams that is a sensible and safe shape for automation, and Langdock executes it well.
AANCER's agents carry signed passports. An agent can only touch a tool, a budget, or a workspace it was granted, revoking it stops it within 30 seconds, and every action it takes lands in an append-only, hash-chained audit ledger rather than a run history. When an auditor asks what an agent did and under whose authority, the answer is a tamper-evident record instead of a log you are asked to trust.
Where Langdock is ahead is worth stating plainly. It holds ISO 27001 and SOC 2 Type II today, its managed EU cloud removes the operational load, and its workflow builder is mature. AANCER trails on held certifications: our controls are mapped to 27 regulations and our audit chain is verifiable, but our ISO is still in progress. If a filed certificate is what procurement needs above every other factor, Langdock is ahead today. If enforcement in code, deployment freedom, and provable agent governance decide it, AANCER is built for that.
Who should choose which.
The whole platform must run inside your perimeter, and prove what every agent did.
- On-prem, private-cloud, or air-gapped deployment is a hard requirement
- You need governed agents with signed passports and audit evidence, not only chat
- A whole-organization rollout should not carry a large-seat minimum
- You operate under EU AI Act, GDPR, or DIFC rules that demand evidence trails
- Local models should be the default for sovereign work, cloud only by policy
You want managed EU-cloud AI adoption across the organization, quickly.
- EU-hosted managed cloud satisfies your data requirements
- The main use case is chat, assistants, and no-code workflows
- You want a managed service with no infrastructure to operate
- Procurement needs held certifications, ISO 27001 and SOC 2 Type II, above all
- Your organization fits comfortably within Langdock's seat tiers
See the platform run inside your own perimeter.
The EVAL edition runs the full AANCER platform on your infrastructure, air-gapped if you like, so you evaluate the real product against your real constraints. Bring your compliance scope and we will map it, requirement by requirement.