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The surgical intelligence platform

Everything between the scan and the surgery.

AlgoSurg combines medical-image AI, procedure-specific planning, patient registration and execution integration into modular software for medical device companies.

De-identified CT of a pelvic bone tumor case, coronal view The same CT with AI segmentation: pelvis in teal, femur in blue and the tumor in red
AI

DE-IDENTIFIED CT
● AI SEGMENTATION
PELVIS FEMUR TUMOR
3D · tumor · cut planes · guide
Drag across the scan
x 000 · y 000
AlgoSurg Plan

From patient scan to surgeon-approved plan.

Medical-image AI and procedure-specific planning packaged into workflows that can be called through an API, white-labeled or connected to downstream execution. The AI proposes; the surgeon stays in control, reviewing, adjusting and approving every plan before it is exported.

01 / IMPORT

Patient imaging

CT or MRI scans with procedure and implant information.

02 / UNDERSTAND

Anatomy AI

Segmentation, 3D models, landmarks and measurements.

03 / PLAN

Surgical plan

Implant sizing, alignment, resections and trajectories.

04 / REVIEW

Surgeon approval

Review, adjust and approve the patient-specific plan.

05 / DELIVER

Robot-ready output

Plan data for robots, navigation, guides and reports.

Commercial planning platform

Commercial today in robotic knee replacement.

The same imaging, geometry and workflow foundation behind our commercial knee planner extends to hip, shoulder, bone tumor, TAVR and new anatomies.

5 – 10 mintypical plan + manual review across supported workflows*
Technology & performance

Accurate, fast and validated per module.

Representative ranges across our software modules and supported anatomies.

Segmentation0.90 – 0.97typical Dice range

Across supported anatomy segmentation modules.

Surface accuracy≈0.3 mmmean surface distance

Lower-limb whole-bone reference; module-specific.

Landmarks<2 mm*thin-slice localization

On ~1–1.25 mm CT; validated per anatomy.

Speed<2 minAI segmentation

3D in under 30 s; plan + review in 5–10 min.

Performance is module-specific. Representative ranges, not a single-system specification; results vary by anatomy, imaging, model version and hardware. Timings on an NVIDIA RTX 3080/3090 workstation; deployments run on RTX 3080+, Blackwell-class and Apple M-series. *Requires product-specific validation.
AlgoSurg IntraOp · Preclinical prototype

From surgeon-approved plan to the OR.

A software workflow designed to connect third-party tracking and robotic/navigation hardware with AlgoSurg's patient-specific surgical plan.

01 / CALIBRATE

Calibration

Connect and calibrate the tracker, tools and robot.

02 / REGISTER

Registration

Map the patient's anatomy to the approved 3D plan.

03 / VERIFY

Plan check

Verify registration and update targets before cutting.

04 / EXECUTE

Execution

Send approved targets to the robot or navigation.

05 / REVIEW

Review

Compare the executed step against the approved plan.

Simulation environment

Develop before entering the OR.

Virtual anatomy, tracking camera, markers and robotic hardware recreate the integration workflow for development, testing and demonstrations.

Development status: preclinical prototype bench-tested on synthetic bone models for development and demonstration. Not presented as commercially released or clinically validated.
Integration & licensing

Built to plug into your system.

AlgoSurg connects to third-party imaging, tracking, robotic and navigation systems through defined software interfaces, so you keep your hardware, implants and product architecture. Three ways to license it, from a single algorithm to the full planning-to-IntraOp stack.

Your dataCT · MRI · implant library · tracking data
AlgoSurgAnatomy AI · planning · robot/guide outputs
Your systemRobot · navigation · guides & implants · reports
01 · API
  1. IntraOp
  2. Surgeon UI
  3. AI models + planning logic

AI / Algorithm API

Segmentation, landmarks and measurements, called from your software.

You keep
Your software and UI
Delivery
First cut typically ~3 months
02 · White-labelCommercial
  1. IntraOp
  2. Surgeon UI
  3. AI models + planning logic

White-label application

A complete surgeon-facing planner with your brand and implants.

You keep
Your brand, implants and robot
Delivery
Typically ~6 months, with docs
03 · Full stackPreclinical
  1. IntraOp
  2. Surgeon UI
  3. AI models + planning logic

Planning + IntraOp stack

Pre-op planning connected to registration and execution, as one layer.

You keep
Your hardware and system
Delivery
Scoped per program
AlgoSurg suppliesStays with you
Discuss your integration
Regulatory support

Regulatory support for your submission.

Whoever holds the clearance, we supply validated software and its documentation for every module.

Technical validation

Accuracy, runtime, robustness and known limitations.

Controlled releases

Version lock, release notes and change records.

Interface docs

API specifications, inputs, outputs and coordinates.

Submission support

Component-level evidence for a submission you lead.

Data & security
  • De-identified data only, under agreement with each partner.
  • Planning runs locally; patient scans stay in your environment.
  • Cloud products, such as DeftFix, hosted as agreed.
  • No patient data through this website, please.
Who is responsible for what

Where the device company is the legal manufacturer, it owns the complete system: system-level verification and validation, clinical validation, risk management, cybersecurity and the submission. AlgoSurg supports the software component.

Device integration

Choose the layer. Build the product.

We can scope the shortest path from your current system to an integrated planning or intra-operative workflow.

Discuss a Partnership