Deci vs DBOS

Side-by-side comparison of features, pricing, and ratings

Analysis reviewed Live tool data as of 2026-09-01
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At a glance

DimensionDeciDBOS
PricingContact salesFree (open-source) / Pro $99/mo
Primary FocusModel optimization for NVIDIA GPUsDurable execution for AI agents on Postgres
Key IntegrationsTensorRT, PyTorch, TensorFlow, ONNX, cloud & edge platformsOpenAI Agents SDK, LlamaIndex, Pydantic AI, Datadog, Prometheus
DeploymentCloud, edge, mobile (NVIDIA hardware)On-prem or cloud (Postgres-based)
Best ForTeams optimizing inference latency/cost on NVIDIATeams building fault-tolerant AI agents

If you're shipping models to NVIDIA GPUs and every millisecond counts, Deci's NAS-driven compression will deliver the speedups you need — but you'll need to talk to sales. If you're building AI agents that must survive crashes and human approvals, DBOS is a pragmatic, open-source choice that leverages your existing Postgres. Pick based on your bottleneck: inference performance or workflow reliability.

Deci
Deci

Automated deep learning model optimization for NVIDIA GPUs.

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DBOS
DBOS

Durable execution for AI agents and workflows on Postgres

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Pricing
Contact Sales
Freemium
Plans
Free
$99/month
$499/month
Custom
Contact sales
Popularity
6.1k views
7.2k views
Skill Level
Advanced
Intermediate
API Available
Platforms
WebDesktopMobile
Web
Categories
⚙️ Developer Infrastructure
🕸️ Agent Frameworks & Orchestration⚙️ Developer Infrastructure
Features
Automated neural architecture search (NAS)
INT8 and FP16 quantization
Hardware-aware optimization for NVIDIA GPUs
Model compression and pruning
NVIDIA TensorRT integration
PyTorch support
TensorFlow support
ONNX support
Benchmarking and performance profiling
Deployment to cloud, edge, and mobile
Custom training with NAS-driven architectures
Computer vision model optimization
NLP model optimization
Deci AI Studio for model development
Automatic compilation pipeline for target hardware
Durable execution with workflow and step decorators
Durable queues with configurable concurrency
Human-in-the-loop pause/resume via send/recv
Dynamic cron schedule creation and backfill
Real-time workflow monitoring dashboard
Automatic failure recovery and restart
Workflow versioning and forking
Workflow replay and debugging
OpenMetrics support for Datadog, Prometheus, Grafana
Role-based access control (RBAC)
SSO/SAML (Enterprise)
MCP server for debugging via coding agents
Supports TypeScript, Python, Go, Java, Rust (first look)
Serverless hosting with DBOS Cloud
SOC2 and HIPAA compliant (Enterprise/Cloud)
Integrations
NVIDIA TensorRT
PyTorch
TensorFlow
ONNX
Docker
AWS SageMaker
Google AI Platform
Azure ML
Kubernetes
Raspberry Pi
NVIDIA Jetson
Intel OpenVINO
OpenAI Agents SDK
LlamaIndex
Pydantic AI
Datadog
Prometheus
Grafana

Feature-by-feature

Deci automates neural architecture search (NAS) and quantization (INT8/FP16) to produce optimized models for NVIDIA GPUs, integrating with TensorRT for deployment. It supports PyTorch, TensorFlow, and ONNX, and targets cloud, edge, and mobile environments, making it ideal for computer vision and NLP inference speed. DBOS, in contrast, focuses on durable execution: it adds workflow/step decorators, durable queues, and human-in-the-loop pause/resume to Postgres, so agents can recover from failures automatically. It integrates natively with AI frameworks like OpenAI Agents SDK, LlamaIndex, and Pydantic AI, and provides an MCP server for debugging. DBOS also offers a monitoring dashboard and OpenMetrics for Datadog/Prometheus/Grafana. While Deci optimizes the model itself, DBOS optimizes the orchestration around the model — they solve different problems. Deci has no recent news, while DBOS has been actively updating in July 2026, including a technical post on scaling LISTEN/NOTIFY, showing ongoing community engagement.

Pricing compared

Deci uses contact-sales pricing, which suits enterprise buyers with custom needs but frustrates smaller teams wanting quick cost estimates. DBOS offers a freemium model: the open-source Transact library is free, and Pro starts at $99/month, making it accessible for startups and cost-conscious teams. For DBOS, you also need to run Postgres, which you may already have. Deci's lack of transparent pricing means you'll need a demo or quote, potentially delaying decisions. If budget clarity is important, DBOS wins hands-down; if you need high-end optimization, Deci's enterprise pricing may offer more value but requires a conversation.

Who should pick which

  • ML engineer at a startup deploying CV models on AWS
    Pick: Deci

    Deci's NAS and TensorRT integration will reduce latency and cost on NVIDIA GPUs, critical for real-time inference.

  • AI agent developer using OpenAI SDK
    Pick: DBOS

    DBOS's native integration and durable workflows ensure agents recover from failures, with human-in-the-loop support built in.

  • Solo founder building a Postgres-based app
    Pick: DBOS

    Free open-source tier and pay-as-you-grow pricing make it ideal for early-stage projects.

  • Enterprise IT team standardizing on NVIDIA edge devices
    Pick: Deci

    Deci's edge deployment support and profiling tools fit NVIDIA Jetson deployments.

  • Team evaluating Temporal alternatives
    Pick: DBOS

    DBOS offers durable execution without extra infrastructure, leveraging existing Postgres, reducing ops overhead.

Frequently Asked Questions

Deci vs DBOS: which should you choose?

If you're shipping models to NVIDIA GPUs and every millisecond counts, Deci's NAS-driven compression will deliver the speedups you need — but you'll need to talk to sales. If you're building AI agents that must survive crashes and human approvals, DBOS is a pragmatic, open-source choice that leverages your existing Postgres. Pick based on your bottleneck: inference performance or workflow reliability.

Can Deci optimize models for non-NVIDIA hardware?

No, Deci is specifically designed for NVIDIA GPUs, so teams using AMD or other hardware would not benefit.

Does DBOS require a separate queue service?

No, DBOS embeds durable queues directly into Postgres, eliminating the need for separate infrastructure.

What is the MCP server in DBOS used for?

It allows coding agents to debug DBOS workflows via standard protocols, enhancing developer experience.

Is Deci suitable for simple models?

Probably overkill; manual optimization might suffice if latency isn't critical.

Can DBOS scale to high-throughput workloads?

DBOS is not designed for millions of tasks per second; it's better suited for moderate workloads requiring durability.

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Last reviewed: August 21, 2026