If you searched for "Dify vs" anything in 2026, you have already done the hardest part of the procurement work: you know that picking an open source AI agent platform is now a category decision, not a vendor decision. Dify is the most-deployed name in the open source AI agent platform space, with 1M+ apps deployed and 5M+ downloads as of May 2026, and it sets the visual-builder bar that every Dify alternative gets measured against. Swfte takes a different swing at the same problem: where Dify optimizes for time-to-first-app, Swfte optimizes for time-to-production-grade-governance and depth of multi-provider routing. This guide compares them honestly, with 30+ rows of feature parity data, three deployment cost scenarios, and a new scoring framework we call the Agent Platform Maturity Index.
The 30-Second Answer: Dify vs Swfte
If you want a single sentence: Dify wins on visual builder maturity, community templates, and zero-friction self-hosting; Swfte wins on multi-provider routing depth, enterprise governance, and Connect SDK ergonomics for engineering teams that already write code. That is the honest summary, and the rest of this article is the receipts.
For teams who want to ship a chatbot or RAG pipeline this week without writing TypeScript, Dify is almost always the right Dify alternative to itself — meaning, do not over-engineer. For teams that have to satisfy a procurement checklist with words like "data residency," "RBAC," "SOC 2 evidence," and "multi-provider failover," Swfte's surface area is closer to what auditors expect. Both are open source. Both can be self-hosted for free. Neither replaces the other entirely.
Below is the headline scorecard. We will defend every number in the sections that follow.
Open-Source AI Agent Platform — Maturity Index (May 2026, 0-10 scale)
Dify ████████████████████████████ 8.0
Swfte █████████████████████████████ 8.3
n8n ████████████████████████ 6.9
Flowise █████████████████████ 6.1
LangFlow ████████████████████ 5.7
Coze ███████████████████ 5.4
Source: Agent Platform Maturity Index, see Section 4.
Dify by the Numbers (1M Apps, 5M Downloads)
Before we contrast platforms, it is worth grounding in what Dify is. Dify is an open source AI agent platform born in 2023 that combines a visual workflow builder, a chatbot-as-a-service runtime, RAG ingestion, an agent runtime, and a model-provider abstraction in a single self-hostable Docker Compose stack. By May 2026 the public numbers are striking:
- 1M+ apps deployed on Dify-managed and self-hosted instances combined
- 5M+ downloads across Docker Hub and GitHub release artifacts
- Self-hosting is fully free with no feature restrictions — the same code that runs the cloud product runs on your laptop
- Paid cloud plans start at $59/month for the Professional tier, with Team and Enterprise tiers above
- Public reference customers include Volvo and Ricoh
- Native provider integrations span OpenAI, Anthropic, Llama (via Ollama, Together, Replicate), Azure OpenAI, Google Gemini, Mistral, Hugging Face Inference, and Ollama-local, with community plugins extending the list further
Those are not small numbers. For context, the entire LangChain GitHub organization across all repos has roughly comparable download volume, and Dify achieves it as a single product rather than a 40-package ecosystem. Independent reviews at comparateur-ia.com and gptbots.ai confirm that the visual builder is the single most-cited reason teams pick Dify over a code-first framework like LangGraph.
The Dify thesis is essentially: "low-code is the right abstraction for 80% of AI app development." That thesis is correct often enough that 1M apps is the result.
Swfte's Position in the Open-Source AI Agent Platform Landscape
Swfte enters the same category from a different doorway. Where Dify started as a low-code chatbot builder and added enterprise features later, Swfte started as a multi-provider AI gateway and added agent orchestration on top. The architectural consequence shows up in three places:
- Provider routing is a first-class primitive, not a configuration screen. Every node in a Swfte workflow can declare a routing policy (cost-floor, latency-floor, quality-classifier, weighted, fallback chain) without leaving the node. See our walk-through in Multi-Provider Routing with Swfte Connect.
- Governance is a default, not a plugin. RBAC, audit logs, PII redaction, and per-tenant data isolation ship in the open source core. The same controls that gate a deployment in production are the controls developers write against on day one.
- Connect SDK is the source of truth. Visual workflows compile down to TypeScript that you can fork into a real repo. There is no "export to code" trap door — the code is the workflow.
That positioning makes Swfte a natural Dify alternative for teams already invested in TypeScript, Kubernetes, and platform-engineering rigor. It makes Dify the better choice for teams whose first hire on the project is a product manager, not an SRE. Both observations can be true at the same time, and the rest of this article is structured to help you tell which one is true for you.
For broader context on how to choose any open source AI agent platform — including criteria that apply to Dify, Swfte, and the alternatives below — see our companion piece, the Enterprise AI Platform Buyer's Guide 2026.
The Agent Platform Maturity Index
We score open source AI agent platforms on six axes, each 0–10. The framework, which we call the Agent Platform Maturity Index (APMI), is designed to make Dify vs Swfte comparisons (and Dify alternative comparisons in general) reproducible across time. The six axes are:
- Visual Builder Depth (VBD) — node library size, condition primitives, sub-workflow support, debugging UX
- Multi-Provider Coverage (MPC) — number of native providers, depth of routing primitives, failover semantics
- Governance Maturity (GM) — RBAC granularity, audit logs, PII handling, compliance attestations
- Self-Host Operability (SHO) — single-command bring-up, Helm/Kustomize manifests, upgrade ergonomics, blue-green
- Production Observability (PO) — token-level traces, cost attribution, eval harness, alert primitives
- Enterprise Support (ES) — SLA-backed support tier availability, professional services, partner ecosystem
| Platform | VBD | MPC | GM | SHO | PO | ES | Total / 60 | Normalized / 10 |
|---|---|---|---|---|---|---|---|---|
| Dify | 9 | 8 | 7 | 9 | 8 | 7 | 48 | 8.0 |
| Swfte | 7 | 10 | 9 | 8 | 9 | 7 | 50 | 8.3 |
| n8n | 8 | 7 | 7 | 8 | 7 | 8 | 45 | 7.5 |
| Flowise | 8 | 6 | 5 | 7 | 5 | 6 | 37 | 6.2 |
| LangFlow | 7 | 7 | 5 | 6 | 6 | 6 | 37 | 6.2 |
| Coze | 8 | 4 | 5 | 6 | 6 | 7 | 36 | 6.0 |
Two observations matter here. First, Dify and Swfte are within 0.3 points of each other on the headline number — they are the two highest-rated open source AI agent platform options for general enterprise use. Second, the gap between them is not aggregate, it is shape. Dify leads on Visual Builder Depth and Self-Host Operability. Swfte leads on Multi-Provider Coverage, Governance Maturity, and Production Observability. Pick the shape that matches your team.
The methodology, with per-axis criteria and rubric, is documented at the bottom of this article so the score is auditable rather than vibes.
Feature Matrix: 30+ Rows Compared
The single most-requested artifact in any "Dify vs" search is a feature matrix that does not lie about parity. Here is ours, current to May 2026.
| # | Capability | Dify | Swfte | Notes |
|---|---|---|---|---|
| 1 | Visual workflow builder | Yes (drag-and-drop, mature) | Yes (drag-and-drop, newer) | Dify edge in node library size |
| 2 | Code-first SDK | Limited (API only) | Yes (Connect SDK, TS-first) | Swfte edge for engineers |
| 3 | Self-host free of charge | Yes, no feature gate | Yes, no feature gate | Tied |
| 4 | Docker Compose single-node | Yes | Yes | Tied |
| 5 | Helm chart | Community | Official | Swfte edge |
| 6 | Multi-tenancy in OSS | Workspace-level | Tenant-level + workspace | Swfte edge |
| 7 | RBAC granularity | Role-based | Role + attribute (ABAC) | Swfte edge |
| 8 | Audit log export | Yes (plus tier) | Yes (OSS core) | Swfte edge |
| 9 | OpenAI provider | Native | Native | Tied |
| 10 | Anthropic provider | Native | Native | Tied |
| 11 | Azure OpenAI | Native | Native | Tied |
| 12 | Google Gemini | Native | Native | Tied |
| 13 | AWS Bedrock | Native | Native | Tied |
| 14 | Mistral | Native | Native | Tied |
| 15 | Ollama (local) | Native | Native | Tied |
| 16 | Together AI | Plugin | Native | Swfte edge |
| 17 | Replicate | Plugin | Native | Swfte edge |
| 18 | Fireworks | Plugin | Native | Swfte edge |
| 19 | Provider count (native) | 20+ | 25+ | Swfte edge |
| 20 | Multi-provider routing | Manual fallback | Policy-based (5 modes) | Swfte edge |
| 21 | Cost-floor routing | No | Yes | Swfte edge |
| 22 | Latency-floor routing | No | Yes | Swfte edge |
| 23 | Quality classifier router | No | Yes | Swfte edge |
| 24 | Weighted A/B routing | No | Yes | Swfte edge |
| 25 | Semantic cache | Yes | Yes | Tied |
| 26 | RAG ingestion | Yes (mature) | Yes | Dify edge in connectors |
| 27 | Vector DB integrations | 8+ | 6+ | Dify edge |
| 28 | Agent loop runtime | Yes | Yes | Tied |
| 29 | Tool/function calling | Yes | Yes | Tied |
| 30 | MCP server support | Beta | Yes | Swfte edge |
| 31 | Eval harness | Plus tier | OSS core | Swfte edge |
| 32 | Token-level tracing | Yes | Yes | Tied |
| 33 | Cost attribution per tenant | Plus tier | OSS core | Swfte edge |
| 34 | Prebuilt template gallery | 200+ apps | 60+ apps | Dify edge (large) |
| 35 | Community marketplace | Yes (large) | Smaller | Dify edge |
| 36 | i18n in builder UI | 12 languages | 9 languages | Dify edge |
| 37 | SOC 2 attestation | Cloud only | Cloud + self-host playbook | Swfte edge |
| 38 | HIPAA-ready deployment | BAA on Enterprise | BAA on Enterprise | Tied |
| 39 | Air-gapped install | Yes | Yes | Tied |
| 40 | License | Modified Apache 2.0 | Apache 2.0 | Both permissive enough for commercial use, read each |
The headline read: Dify wins on builder ecosystem (rows 1, 26, 27, 34, 35, 36); Swfte wins on routing, governance, and operability (rows 5–8, 16–24, 30, 31, 33, 37). Independent matrices at getdynamiq.ai and knolli.ai reach broadly compatible conclusions about Dify's strengths in builder maturity.
Visual Builder Depth: Where Dify Shines
Visual builder depth is the axis where Dify's three-year head start is most visible. The Dify canvas ships with 40+ node types out of the box, including some that no Dify alternative has matched yet — notably the parameter-extractor node, the question-classifier node, and the iteration node, which together let you build branching agent flows without writing a line of code.
The community marketplace amplifies the lead. There are 200+ public app templates as of May 2026, ranging from "customer support triage" to "PDF-to-knowledge-base ingestion" to "GitHub repository auto-summarizer." Cloning a template, swapping the API key, and pointing it at your data is genuinely a 10-minute exercise. Reviewers at tovie.ai and gumloop.com consistently rank Dify's builder as the most polished in the open source AI agent platform category.
Swfte's builder is good — it scores 7/10 on Visual Builder Depth — but it is younger and the node library is smaller. If your buying criterion is "how fast can a non-engineering PM ship a working app," Dify is the answer. We will not pretend otherwise.
Multi-Provider Routing: Where Swfte Shines
Multi-provider routing is the axis where Swfte's gateway origin pays off. Dify supports multiple providers — that is table stakes — but treats provider selection as a per-node configuration with manual fallback. Swfte treats provider selection as a policy that can be expressed across an entire workflow or scoped per node, with five routing modes:
- Cost-floor — always pick the cheapest provider that meets a quality threshold
- Latency-floor — always pick the fastest provider that meets a quality threshold
- Quality classifier — pre-route by query complexity to specialist models
- Weighted — split traffic by configurable percentages for A/B testing or canary
- Fallback chain — primary, secondary, tertiary with health-checked failover
Combined with Connect SDK's caching layer, the pattern composes cleanly with the case studies we documented in Intelligent LLM Routing. On the same workload (10M-call chatbot triage), routing-policy-driven deployments hit 35–65% lower bill than single-provider deployments, with no quality regression on internal evals.
This is the headline reason teams running Dify at scale eventually file an issue asking for routing primitives, and the headline reason Swfte's design starts there.
Self-Host Total Cost (the STC Framework)
The most-asked question in any Dify alternative comparison is: "what does it actually cost to run?" The free-self-host bullet hides three different cost regimes depending on how much traffic you push through. We propose a metric called Self-Host Total Cost (STC), defined as the all-in monthly bill including:
- Infrastructure (compute, storage, network egress)
- Managed dependencies (Postgres, Redis, vector DB, object storage)
- LLM inference (the dominant line)
- Operations time (engineer hours valued at $150/hour fully loaded)
We compute STC at three scales — 1M, 10M, and 100M LLM calls per month — and across three deployment shapes: single-node Docker Compose, single-region Kubernetes, and multi-region Kubernetes. Numbers are USD/month and assume a balanced mix of GPT-4o-mini, Claude Haiku, and Gemini Flash with selective routing to larger models.
STC Table 1: Single-Node Docker Compose (1M calls/month)
| Line Item | Dify | Swfte |
|---|---|---|
| Compute (1x m6i.2xlarge) | $250 | $250 |
| Postgres + Redis (managed) | $180 | $180 |
| Vector DB (pgvector) | $0 | $0 |
| Object storage | $25 | $25 |
| LLM inference | $1,400 | $980 |
| Ops time (4 hrs/mo) | $600 | $600 |
| Monthly STC | $2,455 | $2,035 |
| Per-call STC | $0.00246 | $0.00204 |
STC Table 2: Single-Region Kubernetes (10M calls/month)
| Line Item | Dify | Swfte |
|---|---|---|
| EKS cluster (3x m6i.4xlarge) | $1,500 | $1,500 |
| Postgres + Redis (HA managed) | $900 | $900 |
| Vector DB (Qdrant Cloud) | $400 | $400 |
| Object storage + CDN | $180 | $180 |
| LLM inference | $14,000 | $9,200 |
| Ops time (12 hrs/mo) | $1,800 | $1,800 |
| Monthly STC | $18,780 | $13,980 |
| Per-call STC | $0.00188 | $0.00140 |
STC Table 3: Multi-Region Kubernetes (100M calls/month)
| Line Item | Dify | Swfte |
|---|---|---|
| EKS clusters (3 regions, 9x m6i.4xlarge) | $4,500 | $4,500 |
| Postgres (HA, 3 regions) + Redis | $3,200 | $3,200 |
| Vector DB (managed, multi-region) | $2,800 | $2,800 |
| Object storage + multi-region CDN | $1,400 | $1,400 |
| LLM inference | $140,000 | $86,000 |
| Ops time (40 hrs/mo) | $6,000 | $6,000 |
| Monthly STC | $157,900 | $103,900 |
| Per-call STC | $0.00158 | $0.00104 |
The pattern is consistent: once you cross 1M calls/month, the LLM inference line dominates STC, and Swfte's policy-based routing collapses 30–40% of that line. At 100M calls/month, the absolute savings cross $54,000/month in our model. That savings buys the engineering time to operate multi-region Kubernetes — which is the exact place a Dify deployment would otherwise lose ground on Self-Host Operability.
For the underlying assumptions on routing-driven inference savings, see the breakdown in our Multi-Provider Routing with Swfte Connect post.
Self-Host Total Cost (USD/month, May 2026 model)
1M calls 10M calls 100M calls
Dify 1M █ $2,455
Swfte 1M █ $2,035
Dify 10M ██████ $18,780
Swfte 10M █████ $13,980
Dify 100M ███████████████████████████████████ $157,900
Swfte 100M ████████████████████████ $103,900
Source: STC framework, this article. Assumes balanced provider mix.
Governance, RBAC, and Enterprise Compliance
Governance is the axis where the Dify-vs-Swfte distinction becomes least about features and most about defaults. Both platforms can be made compliant. The question is how much engineering work sits between "git clone" and "audit-ready."
| Capability | Dify (OSS) | Dify (Cloud Plus) | Swfte (OSS) | Swfte (Enterprise) |
|---|---|---|---|---|
| Role-based access control | Basic | Granular | Granular | Granular + ABAC |
| Audit log retention | Manual export | 90 days managed | OSS, configurable | Long-term archive |
| PII redaction | Plugin | Plugin | OSS, policy-based | Policy + DLP integration |
| Per-tenant data isolation | Workspace | Workspace | Tenant + workspace | Tenant + workspace + KMS |
| Customer-managed encryption keys | No | Enterprise | OSS via env | KMS-native |
| Data residency controls | Manual | Region-pin | Region-pin | Region-pin + sovereign cloud |
| SOC 2 evidence pack | Cloud only | Cloud only | Self-host playbook | Audit support |
| HIPAA BAA available | Enterprise | Enterprise | Enterprise | Enterprise |
| ISO 27001 alignment | Cloud | Cloud | Self-host playbook | Audit support |
| GDPR DPIA template | No | Yes | Yes (OSS) | Yes |
| Right-to-be-forgotten tooling | Manual | Workflow | Workflow | Workflow + verification |
Dify's governance roadmap is competent and improving fast — independent reviews at dify-hosting.com note steady gains quarter over quarter — but several controls land in the paid Cloud Plus tier rather than the open source core. Swfte's governance philosophy is to keep the controls in the OSS core so that self-hosters do not have to choose between "free" and "audit-ready." For procurement teams that have already worked through this conversation, see the framework in AI Agent Platforms Enterprise Buyer's Guide.
Provider and Model Coverage
Coverage matters because the cost-savings story in section 8 collapses if your platform cannot reach the cheap providers. Here is the count of native providers as of May 2026.
| Platform | Native Providers | Community Plugins | Local-Model Path | OpenAI-Compatible Endpoint |
|---|---|---|---|---|
| Dify | 20+ | 30+ | Ollama, Xinference, LocalAI | Yes |
| Swfte | 25+ | 15+ | Ollama, vLLM, llama.cpp | Yes |
| n8n | 18+ | LangChain via node | Ollama via node | Yes |
| Flowise | 12+ | LangChain | Ollama | Yes |
| LangFlow | 15+ | LangChain | Ollama, Hugging Face | Yes |
| Coze | 5 (mostly ByteDance) | Limited | Limited | Limited |
Open-Source AI Agent Platform — Provider Coverage (May 2026)
Dify █████████████████████████ 20+ providers
Swfte ████████████████████████████ 25+ providers
n8n ███████████████████████ 18+ providers
Flowise ████████████████ 12+ providers
LangFlow ██████████████████ 15+ providers (via LangChain)
Coze ███████ 5 providers (mostly ByteDance)
Source: vendor docs, May 2026
Dify's plugin marketplace covers most gaps in native coverage, which is why its effective coverage is competitive. Swfte's bias is toward keeping providers native (kept up to date by the core team) rather than community-maintained, which trades plugin breadth for fewer "the plugin broke after the upstream API change" incidents.
Migration Paths Between Platforms
A surprisingly common pattern in 2026 is teams that start on Dify and migrate to Swfte as governance pressure mounts, or that start on Swfte and add Dify as a low-code on-ramp for non-engineering teams. Both directions are reasonable. Here are the migration shapes we have seen.
Dify → Swfte
- Export Dify workflows to YAML (built-in export)
- Map nodes 1-to-1 to Swfte node types using the Connect SDK (most have direct equivalents; iteration and parameter-extractor require small refactors)
- Replicate provider configurations under Swfte's routing policies
- Re-ingest RAG sources into Swfte's vector layer
- Re-point client traffic; keep Dify running for non-migrated apps
Typical timeline: 1 engineer-week per 10 workflows.
Swfte → Dify
- Export Swfte workflows from Connect SDK as TypeScript
- Recreate as Dify visual workflows (most teams treat this as a fresh build)
- Re-ingest RAG sources into Dify's knowledge bases
- Move provider keys
Typical timeline: 1 engineer-week per 5 workflows (slower than the reverse direction because Dify's import surface is smaller).
Both → Coexistence
The most-deployed pattern is actually hybrid: Dify for prototyping and PM-owned apps, Swfte for production-graded customer-facing apps with multi-provider routing requirements. Connect SDK can call Dify-hosted endpoints over OpenAI-compatible HTTP, and Dify can call Swfte gateway endpoints the same way.
For teams building from scratch today, our preferred starting point depends on the first hire on the project. PM-led? Dify. SRE-led or platform-led? Swfte. See the worked example in Building Agents with Swfte.
The Wider Landscape: Flowise, n8n, LangFlow, Coze, RAGFlow
Dify and Swfte are not the only options, and an honest "Dify alternative" survey covers the rest of the field.
Flowise
A LangChain-native visual builder that scores well on ease-of-bootstrap (its Docker bring-up is genuinely the simplest in the category) but trails on enterprise governance. Strong fit for solo developers and small teams; weaker fit for regulated industries. APMI: 6.2.
n8n
A general-purpose workflow automation platform that has aggressively added LLM nodes and now markets itself as a Dify alternative. Strong on integration breadth (400+ third-party apps) — if your agent flow is mostly "trigger → fetch from external SaaS → LLM step → write back," n8n's connector library is unbeatable. Weaker on RAG depth and agent-loop ergonomics. APMI: 7.5. The tovie.ai comparison is a good independent read.
LangFlow
A visual IDE on top of LangChain. Inherits LangChain's provider breadth and component flexibility; inherits LangChain's complexity and version-churn pain. Best as a prototyping environment for teams that already standardize on LangChain in production. APMI: 6.2.
Coze
ByteDance's bot-builder. Excellent UX, strong on Chinese-market deployments, but provider coverage is heavily ByteDance-centric and self-host story is weaker. APMI: 6.0. Outside specific markets, most enterprise buyers will rule it out on coverage alone.
RAGFlow
A specialist RAG-first platform rather than a general agent platform. If your single use case is "ingest 10,000 PDFs and answer questions about them," RAGFlow's parsing pipeline is best-in-class. If you need agent loops, tools, and routing, it is the wrong shape — not because it is bad, but because it solves a different problem.
LangGraph
Not in the APMI table because it is a Python library, not a platform — but worth naming. For teams that prefer code-first stateful agents and do not want a UI, LangGraph is the canonical answer. The jimmysong.io comparison covers the developer-framework space in more depth.
Common Misreadings of the Dify vs Swfte Question
Three patterns we see go wrong in procurement.
"We will pick Dify because it has more apps deployed." App count is a measure of community velocity, not of fit. Dify is the right answer often, but not because of the leaderboard.
"We will pick Swfte because it has better governance." True today, but governance gaps close fast in actively maintained OSS. Pick on shape, not on a snapshot.
"We will pick neither and use LangChain." Reasonable, if your team can absorb the maintenance tax. LangChain is a framework, not a platform — it ships nothing about RBAC, audit logs, hosting, or eval. You will rebuild what Dify and Swfte already shipped.
Methodology and Sources
The Agent Platform Maturity Index uses a 0–10 rubric per axis:
- 0–2: Absent or token implementation
- 3–4: Functional but incomplete; obvious gaps
- 5–6: Solid table-stakes implementation
- 7–8: Differentiated, production-ready
- 9–10: Best-in-category
Scores were assigned by reviewing each platform's public documentation, latest release notes (May 2026), independent third-party reviews, and our own deployment experience across the listed platforms. STC numbers reflect AWS list pricing, balanced provider mix at typical 2026 token rates, and ops-time estimates derived from internal Swfte deployments at comparable scales.
Outbound references used in this analysis include: the comparateur-ia.com Dify review, gumloop.com Dify alternatives, getdynamiq.ai's Dify alternatives matrix, gptbots.ai's Dify deep-dive, jimmysong.io's open-source AI agent comparison, tovie.ai's Tovie/Dify/n8n comparison, knolli.ai's Dify alternative analysis, and dify-hosting.com's alternatives guide.
What to Do This Quarter
Concrete actions, split by team size.
For solo founders and 1–5 person teams. Start on Dify. Self-host with Docker Compose. Pick three high-value workflows and ship them this month. Do not invest in governance tooling you do not yet need; revisit at 100k MAU.
For 5–25 person teams shipping their first AI product. Start on Dify if your first AI hire is a PM. Start on Swfte if your first AI hire is a platform engineer. Either way, write down a 6-month exit plan to migrate or coexist with the other — the optionality costs you nothing and saves a re-platform later.
For 25–250 person teams with 1+ AI app already in production. Audit your provider concentration. If 80%+ of inference is going to one provider, you have a routing-cost problem masquerading as a fine. Pilot Swfte's policy-based routing on one workflow; measure the inference-line delta over 30 days. If the delta is 25%+, expand.
For 250+ person enterprises with procurement gating. The decision is not "which platform" but "which deployment shape and which governance package." Build the STC model from this article with your actual call volume. Pull a SOC 2 evidence pack from each vendor. Compare attestations against your internal compliance matrix. Decide on shape, not brand.
For platform teams supporting multiple business units. Run both. Dify for low-code teams. Swfte for engineering teams. Standardize on one LLM gateway under both — Swfte Connect can sit underneath a Dify deployment and provide unified observability and routing without forcing the Dify users to leave their builder. This is the fastest way to honor "developer happiness" and "platform consistency" simultaneously.
For all teams, regardless of size. Run the Agent Platform Maturity Index against your shortlist every six months. The scores will move. The shape of the gap will tell you whether to migrate, hybridize, or stay put.