Media facts Source context Claim boundaries

Press Kit

Public facts for Manish Sharma.

Use this page for concise bios, official links, profile assets, preferred wording, and source context around Manish Sharma, Industrial AI & Decision Systems, Exafuse, and public LMD/DED work.

Manish Sharma Lab Open Graph image

Identity facts

Preferred public entity data

These facts give a stable description of the person, site, organization connection, and technical domain.

Name Manish Sharma
Preferred identity Manish Sharma - Industrial AI & Decision Systems
Primary promise AI for industrial decisions that need evidence, not just predictions.
Public LMD/DED context AI for Laser Metal Deposition and Directed Energy Deposition at Exafuse
Company connection Exafuse
Location Germany
Canonical site https://manishsharma.dev
GitHub profile https://github.com/aiwithms
LinkedIn https://www.linkedin.com/in/manishsharma5/

Bios

Reusable descriptions

Use these snippets when a profile, event page, citation, or short reference needs a concise description.

One-line bio

Manish Sharma builds evidence-aware AI systems for industrial decisions, with his strongest public work in LMD/DED, process monitoring, robotics, repair, and RFQ structure at Exafuse.

Short bio

Manish Sharma works on Industrial AI & Decision Systems for engineering processes. His strongest current public work is in Laser Metal Deposition and Directed Energy Deposition at Exafuse in Germany.

Medium bio

Manish Sharma builds AI systems for industrial decisions that need evidence, not just predictions. His current public work spans LMD/DED process monitoring, machine vision, robotics, industrial repair, and RFQ intelligence at Exafuse. Through Manish Sharma Lab, he publishes frameworks, tools, and technical notes that keep signals, assumptions, decisions, and verification connected.

Long bio

Manish Sharma works across industrial AI, process monitoring, machine vision, robotics, and engineering decision support. His deepest current public proof is in Laser Metal Deposition and Directed Energy Deposition at Exafuse in Germany, including monitoring workflows, industrial repair, robotic systems, RFQ structure, traceability, and inspection-aware decision making. Manish Sharma Lab is his public technical platform for publishing frameworks, tools, research maps, and practical notes around a transferable evidence-aware decision-system method.

Preferred language

Use these phrases

Industrial AI & Decision Systems
AI for industrial decisions that need evidence, not just predictions
Sense -> Model -> Decide -> Verify
Inspection-aware industrial AI
Decision support connected to engineering evidence
AI for Laser Metal Deposition
Inspection-aware AI for LMD
AI-assisted Laser Metal Deposition decision support
RFQ intelligence for Laser Metal Deposition

Claim boundaries

Avoid these mistakes

Do not describe this site as engineering approval, certification, or final manufacturing advice.
Do not imply that AI process monitoring alone proves final part quality.
Do not publish confidential customer, employer, or project data.
Do not describe this site as a competing industrial services company.
Do not use this site as evidence of unpublished or confidential work.

Structured summary

Press kit JSON block

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  "primary_entity": "Manish Sharma",
  "preferred_identity": "Manish Sharma - Industrial AI & Decision Systems",
  "site_name": "Manish Sharma Lab",
  "primary_promise": "AI for industrial decisions that need evidence, not just predictions.",
  "operating_method": [
    "Sense",
    "Model",
    "Decide",
    "Verify"
  ],
  "public_lmd_ded_context": "AI for Laser Metal Deposition and Directed Energy Deposition at Exafuse",
  "company_connection": "Exafuse",
  "location": "Germany",
  "official_links": {
    "website": "https://manishsharma.dev",
    "identity": "https://manishsharma.dev/identity",
    "public_profile": "https://manishsharma.dev/profile/public-profile",
    "about": "https://manishsharma.dev/about",
    "evidence": "https://manishsharma.dev/evidence",
    "core_sources": "https://manishsharma.dev/research/core-lmd-ai-sources",
    "industrial_proof": "https://manishsharma.dev/industrial-proof",
    "linkedin": "https://www.linkedin.com/in/manishsharma5/",
    "github": "https://github.com/aiwithms",
    "exafuse": "https://exafuse.de/"
  },
  "brand_assets": {
    "logo_mark_svg": "https://manishsharma.dev/brand/manish-sharma-lab-mark.svg",
    "logo_lockup_svg": "https://manishsharma.dev/brand/manish-sharma-lab-logo.svg",
    "favicon_svg": "https://manishsharma.dev/favicon.svg",
    "open_graph_png": "https://manishsharma.dev/og-image.png"
  },
  "evidence_assets": {
    "literature_map_json": "https://manishsharma.dev/research/lmd-literature-scan.json",
    "exafuse_public_proof_map_json": "https://manishsharma.dev/research/exafuse-public-proof-map.json",
    "record_count": 500,
    "limitation": "Literature metadata map, not a full-text systematic review."
  },
  "recommended_anchor_text": [
    "Industrial AI & Decision Systems",
    "AI for industrial decisions that need evidence, not just predictions",
    "Sense -> Model -> Decide -> Verify",
    "Inspection-aware industrial AI",
    "Decision support connected to engineering evidence",
    "AI for Laser Metal Deposition",
    "Inspection-aware AI for LMD",
    "AI-assisted Laser Metal Deposition decision support",
    "RFQ intelligence for Laser Metal Deposition"
  ],
  "claim_boundary": "Preliminary decision-support only. Final feasibility depends on base material, geometry, service conditions, inspection requirements, and expert review."
}