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Deep Bio vs Tempus: Pricing and Ratings Compared (2026)

Entry prices and free plans as read on each vendor's pricing page, and user ratings as published on review sites, for Deep Bio and Tempus side by side. This page compares data; it is not a hands-on review.

On the data: On the data below the two are close or not directly comparable, so we do not name a winner for this pair.

Data comparison compiled by Toolradar, not hand-reviewed Methodology
Data comparison 67 user reviews compared Pricing checked Oct 1, 2026

Short on time? Here's the quick answer

Based on published vendor pricing and features and on public review data, here's who should pick what:

Deep Bio

Empowering clinicians with AI-powered solutions for cancer pathology diagnostics.

Best for you if:

  • • You want enhances diagnostic accuracy and consistency

Tempus

AI-enabled precision medicine accelerating discovery and improving patient care.

Best for you if:

  • • You want accelerates discovery of novel targets and predicts treatment effectiveness
At a glance: Deep Bio vs Tempus
At a Glance
Deep Bio Deep Bio
Tempus Tempus
Starts at
Not published
Not published
Category
Healthcare AI & Automation
Healthcare Research & Science
Rating
4.3/5 SourceForge 4.3 67 reviews n/a
Free plan
No No

Choose Deep Bio or Tempus?

Deep Bio

Choose Deep Bio if

  • You want enhances diagnostic accuracy and consistency
  • You want reduces pathologist workload and subjectivity
Tempus

Choose Tempus if

  • You want accelerates discovery of novel targets and predicts treatment effectiveness
  • You want identifies potentially life-saving clinical trials for patients

In-Depth Analysis

Deep Bio Deep Bio

Empowering clinicians with AI-powered solutions for cancer pathology diagnostics.

Strengths

  • Pro: Enhances diagnostic accuracy and consistency
  • Pro: Reduces pathologist workload and subjectivity
  • Pro: Provides precise quantification of areas of interest and biomarkers
  • Pro: Accelerates turnaround time for diagnoses
  • Pro: Backed by extensive research, publications, and patents

Weaknesses

  • Con: DeepDx® solutions are for Research Use Only (RUO) in the United States (not FDA cleared)
  • Con: Specific pricing information is not publicly available
  • Con: Requires integration into existing pathology workflows

Key features

AI-based cancer pathology image analysis Detection and segmentation of cancer areas Gleason scoring for prostate cancer Quantification of biomarkers (e.g., Ki-67, ER, PR, HER2, PD-L1, c-MET) Analysis of various tissue types (prostate, breast, stomach, lung, ovarian) Whole-slide image (WSI) analysis

Tempus Tempus

AI-enabled precision medicine accelerating discovery and improving patient care.

Great value

This pricing model for Tempus PRO™ is unique as it's included with a Tempus nP PGx order, making it effectively 'free' for those already utilizing their pharmacogenomics testing services.

Strengths

  • Pro: Accelerates discovery of novel targets and predicts treatment effectiveness.
  • Pro: Identifies potentially life-saving clinical trials for patients.
  • Pro: Improves adherence to clinical guidelines through AI-enabled notifications.
  • Pro: Increases equitable access to care by surfacing timely diagnostics and therapies.
  • Pro: Extensive network with academic medical centers and pharma companies.

Weaknesses

  • Con: No explicit mention of pricing or free trials, suggesting it's a B2B enterprise solution.
  • Con: Requires integration into existing healthcare systems, which can be complex.
  • Con: Focus is heavily on oncology, though other disease areas are emerging.

Key features

AI-enabled assistant for healthcare providers and researchers (ONE) AI-enabled care pathway intelligence to identify and close care gaps (NEXT) Multimodal real-world data access and analysis (LENS) Algorithmic models connected to assays for additional insights (ALGOS) Patient tracking, patient lists, and dashboards for care management Generative AI clinical co-pilot integration into EHR platforms (David)

Plans and prices: Deep Bio vs Tempus

Plans and prices of Deep Bio and Tempus, as read on each vendor's pricing page. Each plan keeps its own billing unit.
Tool Plans and prices Source
Deep Bio No plan prices on file deepbio.co.kr/pro
Tempus
  • Tempus PRO™: Custom pricing
tempus.com/pro read Oct 1, 2026

Prices as read on each vendor's own pricing page on the date shown. Plans are listed per tool and are not matched against the other tool's plans: a plan name or price in one column says nothing about the same row in the other. Details on Deep Bio pricing and Tempus pricing.

Key Takeaways

Deep Bio

  • Choose if you want empowering clinicians with AI-powered solutions for cancer pathology diagnostics

Tempus

  • Choose if you want AI-enabled precision medicine accelerating discovery and improving patient care

What the data shows

On the data below the two are close or not directly comparable, so we do not name a winner for this pair.

  • Only Deep Bio has a published user rating (4.3/5 from 67 reviews); Tempus has none we can show.

Criteria: user rating (only above 20 reviews on both sides, gap of 0.2 or more), entry price (only on the same billing basis), free plan. How we rate

Frequently Asked Questions

How do Deep Bio and Tempus compare in 2026?

On the data below the two are close or not directly comparable, so we do not name a winner for this pair. Only Deep Bio has a published user rating (4.3/5 from 67 reviews); Tempus has none we can show.

What are Deep Bio and Tempus used for?

Deep Bio: Empowering clinicians with AI-powered solutions for cancer pathology diagnostics. Tempus: AI-enabled precision medicine accelerating discovery and improving patient care.

What does Deep Bio cost vs Tempus?

Deep Bio has no public paid-plan price on file. Tempus has no public paid-plan price on file. Prices read on the vendors' pricing pages, latest check Oct 1, 2026.

What's the main difference between Deep Bio and Tempus?

Deep Bio's main strength: enhances diagnostic accuracy and consistency. Tempus's main strength: accelerates discovery of novel targets and predicts treatment effectiveness.

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