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DISHA 4.0 HCOS
Three scientists collaborating in a modern research laboratory

INDUSTRIES → RESEARCH

Accelerating Discovery Through Human Capital Intelligence.

Expertise hides across labs, projects, methods and instruments; multidisciplinary teams are hard to assemble; early-career researchers need visible pathways. DISHA maps scientific capability — without touching academic independence or research integrity.

How can research institutions understand scientific capability, form multidisciplinary teams, develop emerging expertise and preserve knowledge while respecting academic independence and research integrity?

Illustrative industry view — synthetic scenarios and examples until connected to your validated production data.
All industries →

Pain-Point → DISHA Solution Map

Select a pain point: root cause, DISHA intervention, workflow, data inputs and the measurable outcome open beneath.

Root cause

Capability lives in publications and people, not databases

DISHA intervention

Researcher-method-domain capability graph

How it works

Evidence sources → capability model → discovery views

Data inputs

CRIS, repositories, researcher profiles (consented)

Measurable outcome

Internal expertise discoverable in minutes, not months (illustrative)

Industry Methodology

The research agenda sets the clock — the methodology connects scientific work to evidence, collaboration and continuity.

Research agendaScientific workCapability/method modelEvidence & experienceCollaboration fitDevelopment/assignmentResearch outputKnowledge feedback

The universal loop — the same in every industry

DiscoverModelDiagnosePrioritizeInterveneMeasureLearn

The universal loop runs continuously — every output feeds the institution's knowledge base.

Research Capability Network

Choose the research challenge — required methods, discoverable expertise and the team-development pathway re-compute on synthetic data.

Research challenge

Capability network — Quantum materials

Methods & infrastructure

Cryogenics · thin-film deposition · computational modeling

Discoverable expertise

23 researchers match (illustrative) — 9 strong fit

Coverage (illustrative)

58%

Gap

Cryogenic measurement expertise single-threaded

Team-development pathway

  • 1. Pair early-career researcher with lead
  • 2. Cross-department collaboration
  • 3. Facility succession plan

Research-integrity boundary

Authorship, funding merit and scientific judgment remain with researchers and institutions

Illustrative scenario — synthetic data. Researcher-controlled profiles; DISHA supports discovery and development but never decides scientific truth, authorship or grant merit.

Two scientists examining data on a computer in a research laboratory

WHY DISHA HERE

Expertise Discovery That Respects Research Integrity

DISHA's value in Research is connection with boundaries: evidence-based expertise discovery, cross-disciplinary capability graphs, early-career pathways and knowledge-continuity maps — while scientific truth, authorship and grant merit stay with institutional and researcher governance.

See Career Pathways

Integration With Your Research Stack

DISHA overlays your existing systems — ORCID and profile services connect only where permitted.

Research information systems/CRISInstitutional repositories & publication metadataHRIS & researcher profilesLMS/graduate training systemsLaboratory/instrument scheduling (where appropriate)Project/grant management systemsORCID & credential/profile services (where permitted)Data/knowledge graph platforms

Systems of record / operational systems

APIs, events or governed data pipelines

DISHA data & knowledge layer

Intelligence/AI

Existing workflow or DISHA UI

Human decision

Outcome feedback

Adoption Options

Overlay first; embedded intelligence inside existing applications; module-by-module adoption; and a broader end-to-end workforce intelligence layer when the organization is ready.

Overlay

DISHA reads governed data and adds intelligence without replacing the system of record — typical first use: workforce planning / capability mapping

Embedded

DISHA insight appears inside an existing workflow — typical first use: ATS, HCM, WFM, project, operations or training workflow

Module-by-module

Selected DISHA capabilities activated independently — typical first use: skills, readiness, learning, mobility, analytics

Full intelligence layer

Multiple intelligence modules share a common human-capital model — typical first use: enterprise transformation

Full platform

The complete Human Capital Operating System — strategic transformation

Role-Based Value

Institution leadership

Decision: Where does capability risk threaten the research agenda?

Data: Capability heatmaps, dependency exposure

DISHA: Evidence → scenario → decision

Outcome: Strategy grounded in real capability

Research Director

Decision: Can we assemble the team this challenge needs?

Data: Interdisciplinary fit views

DISHA: Collaboration matching

Outcome: Teams assembled on evidence

Principal Investigator

Decision: Who in the institution can advance my method frontier?

Data: Expertise discovery, collaborator fit

DISHA: Discovery + connection

Outcome: Collaborations without cold-start

Department Head

Decision: How do we grow the next generation here?

Data: ECR pathways, supervision coverage

DISHA: Development pathways

Outcome: Early careers that build and stay

Research Office

Decision: What does the portfolio say about capability gaps?

Data: Gap analysis, scenario views

DISHA: Planning + analytics

Outcome: Recruitment aimed at real gaps

Graduate School

Decision: Does training lead to supervised research evidence?

Data: Training-to-evidence conversion

DISHA: Pathway design

Outcome: Graduates with demonstrable capability

Lab/Facility Manager

Decision: Who can run the instrument when I can't?

Data: Facility expertise dependency

DISHA: Continuity planning

Outcome: Facilities never single-threaded

Researcher

Decision: Does my record reflect my actual contribution — and who sees it?

Data: Own evidence and profile (researcher-controlled)

DISHA: Portable evidence + pathways

Outcome: A career record the researcher owns

Knowledge Management

Decision: Is institutional knowledge captured and findable?

Data: Knowledge graphs, continuity maps

DISHA: Knowledge continuity

Outcome: Institutional memory that outlasts turnover

Tangible Business Outcomes & Measurement

Every outcome is a measured KPI with a baseline, target, measurement period, data source and owner. Illustrative figures below are placeholders for YOUR data — never promised improvements.

KPIBaseline → Target (illustrative)Period · Source · Owner
Time to find relevant internal expertiseWeeks → minutes (illustrative)Quarterly · Discovery analytics · Owner: Research office
Early-career pathway coverage30% → 65% (illustrative)Annual · Training data · Owner: Grad school
Critical-method succession coverage18% → 55% (illustrative)Annual · Continuity map · Owner: Facilities
Cross-department collaboration formationBaseline → +35% (illustrative)Annual · Project records · Owner: Research office

Illustrative scenario shown in the product demo — real figures come from your connected, validated data with published measurement definitions.

A female scientist conducting research with a microscope and reference books

THE HUMAN LAYER

Discovery Is a Team Sport

Research advances when the right minds find each other — across disciplines, career stages and institutions. Workforce intelligence makes expertise discoverable and early careers buildable, while academic independence stays untouched.

AI & Agent Architecture

Industry intelligence agent

Research-agenda context and method trends

Inputs: Licensed bibliometric data, institutional corpora

Context briefs · Human: leadership approves

Skills/capability agent

Maps scientific work to methods, domains and instruments

Inputs: CRIS, repositories, profiles (consented)

Capability map · Human: researcher confirms

Readiness agent

Explains evidence, gaps and development next steps

Inputs: Capability, training, facility records

Readiness view · Human: supervisor review

Matching/staffing agent

Surfaces collaborators and team options for challenges

Inputs: Capability graph, availability

Options list · Human: PI decides

Scenario agent

Compares develop, recruit, partner or re-scope options

Inputs: Scenario configs, workforce model

Compared options · Human: leaders choose

Executive briefing agent

Traceable capability summaries for institutional reviews

Inputs: Aggregate insights, provenance

Briefing pack · Human: leaders decide

Governance agent

Enforces research-integrity boundaries and consent scopes

Inputs: Audit logs, policies

Compliance trail · Human: governance sign-off

Governance, Security & Responsible Intelligence

RBAC, least privilege and tenant/data isolation
Researcher-controlled profiles — researchers see and correct their records
Consent-based use of publication and profile data
Encryption, purpose limitation and data minimization
Provenance and correction/appeal paths on every output
Retention controls with auditable human oversight
Observed evidence, inference, forecast, scenario and recommendation kept distinct
Synthetic/illustrative demo data unless validated data is connected
DISHA supports discovery and development — it never decides scientific truth, authorship or grant merit
No unsupported ROI, certification, regulatory or safety claims

CONCEPT FILM

The Network Behind Discovery — Research

0–15s: A grand challenge meets scattered expertise15–45s: Methods, domains and instruments mapped45–80s: Collaborators found, gaps surfaced80–110s: Early careers and continuity planned110–120s: Discovery accelerated, integrity intact

Accelerate discovery — leave the truth to the researchers.

Research & Resources

External references for context — attributed to their sources; not proof of DISHA outcomes.

Human Capital Intelligence for the Pursuit of Discovery

Run the industry simulation, explore integration architecture, build a discovery brief — or talk to an expert about a technical workshop and API architecture review.