Request for Proposal: Malware Analysis Tools
Table of Contents
- Introduction and Background
- Project Objectives
- Scope of Work
- Technical Requirements
- Functional Requirements
- Vendor Qualifications
- Evaluation Criteria
- Submission Guidelines
- Timeline
1. Introduction and Background
Our organization is seeking proposals for comprehensive malware analysis tools to enhance our cybersecurity capabilities. The solution should provide advanced capabilities for detecting, analyzing, and responding to malware threats across our security infrastructure.
Current Security Posture
- Integration requirements with existing security tools
- Current challenges in malware detection and analysis
- Types and volume of threats encountered
- Existing analysis workflows and processes
Project Objectives
- Implement comprehensive malware analysis capabilities
- Enhance threat detection and response effectiveness
- Improve analysis automation and efficiency
- Strengthen security incident investigation capabilities
- Enable advanced forensic analysis capabilities
2. Technical Requirements
A. Analysis Requirements
- Static Analysis
- File metadata examination
- Code analysis without execution
- Header analysis capabilities
- Resource and string extraction
- Pattern matching functionality
- Technical parameter analysis
- Early-stage malware identification
- Signature-based detection
- Dynamic Analysis
- Secure sandbox environment
- Complete host environment simulation
- Real-time behavior monitoring
- Process tracking and analysis
- Memory analysis capabilities
- Network activity monitoring
- File system tracking
- Registry monitoring
- API call analysis
- Hybrid Analysis
- Combined static and dynamic capabilities
- Advanced threat detection
- Hidden malicious code identification
- Comprehensive indicators of compromise
- Behavioral pattern analysis
- Multi-layer analysis capabilities
- Pattern correlation
- Advanced heuristics
- Forensic Analysis
- Post-compromise examination tools
- System change tracking
- Suspicious activity logging
- Artifact collection and preservation
- Timeline analysis
- Root cause identification
- Evidence preservation
- Chain of custody maintenance
3. Functional Requirements
A. Core Analysis Features
Tip: Focus on comprehensive analysis capabilities across binary, memory, and network layers. Ensure tools can handle both static and dynamic analysis while supporting advanced debugging and reverse engineering needs.
| Requirement |
Sub-Requirement |
Y/N |
Notes |
| Binary Analysis |
Static binary examination |
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Dynamic binary analysis |
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Binary unpacking capabilities |
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Code flow analysis |
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Function identification |
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Library dependency analysis |
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Entry point analysis |
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Binary reconstruction tools |
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| Memory Analysis |
Live memory analysis |
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Memory dump analysis |
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Memory mapping |
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Process memory inspection |
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Heap analysis |
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Stack analysis |
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Memory pattern matching |
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Memory reconstruction |
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| Network Protocol Analysis |
Protocol decoding |
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Protocol reconstruction |
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Custom protocol analysis |
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Protocol anomaly detection |
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Traffic pattern analysis |
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Command and control detection |
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Protocol hierarchy analysis |
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Network session analysis |
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B. Detection and Response
Tip: Prioritize solutions that combine automated detection with manual analysis capabilities, enabling both rapid threat identification and detailed investigation capabilities while supporting efficient incident response workflows.
| Requirement |
Sub-Requirement |
Y/N |
Notes |
| Malware Identification |
Behavioral analysis capabilities |
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Process monitoring |
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File system tracking |
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Activity log analysis |
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IoC extraction |
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Pattern recognition |
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Signature detection |
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Heuristic analysis |
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| Threat Analysis and Triage |
Initial malware sample triage |
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Suspicious artifact discovery |
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Debugging capabilities |
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Reverse engineering tools |
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High-fidelity alerting |
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Threat categorization |
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Priority assessment |
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Risk scoring |
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C. Advanced Capabilities
Tip: Ensure comprehensive coverage of sophisticated evasion techniques and specialized analysis needs across various platforms, with particular focus on emerging threat types and advanced persistent threats.
| Requirement |
Sub-Requirement |
Y/N |
Notes |
| Anti-Evasion Techniques |
Anti-VM detection counters |
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Anti-debugging prevention |
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Anti-sandbox detection |
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Time-based trigger detection |
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Environment-aware malware detection |
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Code obfuscation analysis |
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Packed malware analysis |
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Anti-analysis technique detection |
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| Specialized Analysis |
Firmware analysis |
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Mobile malware analysis |
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IoT malware detection |
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Embedded system analysis |
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Custom protocol analysis |
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Advanced persistent threat analysis |
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Rootkit detection |
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Polymorphic malware analysis |
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D. Automation and Intelligence
Tip: Focus on solutions that provide robust automation while maintaining analysis accuracy, with strong machine learning capabilities that can adapt to your environment and evolve with emerging threats.
| Requirement |
Sub-Requirement |
Y/N |
Notes |
| Process Automation |
Automated sample extraction |
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Automated unpacking |
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Automated classification |
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Automated reporting |
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Automated correlation |
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Automated remediation |
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Automated quarantine |
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Automated prioritization |
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| Machine Learning Integration |
Automated threat classification |
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Pattern recognition algorithms |
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Behavioral analysis automation |
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Predictive threat detection |
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Automated triage processes |
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Self-learning capabilities |
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Model training tools |
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Performance monitoring |
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E. Analysis Environment
Tip: Prioritize highly configurable and secure analysis environments that provide complete isolation while supporting diverse testing scenarios and preventing cross-contamination.
| Requirement |
Sub-Requirement |
Y/N |
Notes |
| Sandbox Configuration |
Multiple environment support |
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Custom environment creation |
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Resource allocation control |
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Network simulation options |
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Hardware simulation |
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Operating system diversity |
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Snapshot management |
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Environment reset capabilities |
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| Environment Isolation |
Network isolation controls |
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Process isolation |
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Memory isolation |
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Storage isolation |
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Resource containment |
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Access control management |
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Data segregation |
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Cross-contamination prevention |
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F. Reporting and Analytics
Tip: Look for comprehensive reporting capabilities that balance technical detail with actionability, supported by robust visualization tools that can effectively communicate findings to different stakeholders.
| Requirement |
Sub-Requirement |
Y/N |
Notes |
| Technical Reporting |
Detailed technical analysis reports |
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Code analysis reports |
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Memory analysis reports |
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Network analysis reports |
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Behavioral analysis reports |
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Static analysis reports |
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Dynamic analysis reports |
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Combined analysis reports |
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| Visualization Tools |
Code flow visualization |
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Network traffic visualization |
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Behavior pattern visualization |
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Memory map visualization |
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Relationship mapping |
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Timeline visualization |
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Attack chain visualization |
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Impact visualization |
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G. Integration Capabilities
Tip: Ensure seamless integration with existing security infrastructure through standard protocols and APIs, while supporting major threat intelligence sharing formats and custom integration needs.
| Requirement |
Sub-Requirement |
Y/N |
Notes |
| Security Tool Integration |
Firewall integration |
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SIEM integration |
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IDS/IPS integration |
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Endpoint protection integration |
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Threat intelligence platform integration |
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Security orchestration integration |
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Custom tool integration |
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API management |
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| Data Exchange Standards |
STIX/TAXII support |
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MISP integration |
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OpenIOC support |
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YARA rule support |
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CybOX support |
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MAEC support |
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Custom format support |
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API standardization |
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H. Real-time Threat Hunting
Tip: Focus on solutions that combine proactive threat detection with advanced hunting capabilities, supporting both automated and manual hunting workflows while integrating with frameworks like MITRE ATT&CK.
| Requirement |
Sub-Requirement |
Y/N |
Notes |
| Proactive Detection |
Real-time scanning capabilities |
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Threat intelligence integration |
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Behavior anomaly detection |
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Pattern matching |
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Automated hunting workflows |
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Historical data correlation |
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Custom rule creation |
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Alert prioritization |
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| Advanced Hunting Features |
Hypothesis-driven investigations |
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Threat actor tracking capabilities |
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MITRE ATT&CK framework mapping |
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Indicators of Attack (IoA) detection |
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Advanced persistent threat hunting |
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Living-off-the-land technique detection |
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Fileless malware hunting |
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Zero-day threat detection methodologies |
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Hunt campaign management |
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Team collaboration tools |
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Automated playbook execution |
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Threat intelligence enrichment |
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I. Incident Response Integration
Tip: Prioritize solutions that enable swift transition from detection to response through automation, while maintaining appropriate human oversight for critical decisions.
| Requirement |
Sub-Requirement |
Y/N |
Notes |
| Automated Response Capabilities |
Automated incident ticket creation |
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Customizable response workflows |
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Integration with incident management systems |
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Automatic evidence preservation |
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Real-time alert correlation |
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J. Malware Intelligence Sharing
Tip: Seek capabilities that facilitate secure threat intelligence sharing while maintaining data privacy and compliance requirements, enabling community-driven defense without compromising sensitive information.
| Requirement |
Sub-Requirement |
Y/N |
Notes |
| Collaborative Defense Features |
Automated malware sample sharing |
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Global threat database integration |
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Cross-organization intelligence exchange |
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Malware family correlation |
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Real-time threat feed updates |
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4. Vendor Qualifications
Required Experience
- Proven track record in malware analysis tool development
- Research and development capabilities
- Active threat research team
- Industry recognition and certifications
- Established customer base
- Technical support infrastructure
- Training program availability
- Regular product updates and improvements
Support Services
- 24/7 technical support availability
- Multiple support channels
- Incident response assistance
- Knowledge base access
- Community resources
- Expert consultation
- Update assistance
- Training resources
5. Evaluation Criteria
Technical Evaluation (40%)
- Analysis capabilities comprehensiveness
- Detection accuracy
- Automation features
- Performance and scalability
- Integration capabilities
- Reporting functionality
- User interface design
- Technical innovation
Operational Evaluation (30%)
- Ease of deployment
- Maintenance requirements
- Support quality
- Training effectiveness
- Documentation quality
- Resource requirements
- Operational efficiency
- Workflow optimization
Vendor Evaluation (20%)
- Company stability
- Technical expertise
- Support capabilities
- Development roadmap
- Customer references
- Market presence
- Industry reputation
- Innovation track record
Cost Evaluation (10%)
- License costs
- Implementation costs
- Training costs
- Support costs
- Maintenance fees
- Upgrade costs
- Total ownership cost
- Value for investment
6. Submission Requirements
Technical Response
- Detailed solution description
- Technical specifications
- Analysis capabilities documentation
- Integration capabilities
- Performance metrics
- Security features
- Automation capabilities
- Support details
Implementation Plan
- Deployment methodology
- Timeline
- Resource requirements
- Training plan
- Integration approach
- Testing procedures
- Validation methods
- Success criteria
Commercial Response
- Pricing structure
- Licensing model
- Support costs
- Training costs
- Additional services
- Payment terms
- Warranty information
- Service level agreements
7. Timeline
- RFP Release Date: [Date]
- Questions Deadline: [Date]
- Proposal Due Date: [Date]
- Vendor Presentations: [Date Range]
- Final Selection: [Date]
- Project Kickoff: [Date]
- Contact Information
Please submit proposals and questions to: [Contact Name] [Email Address] [Phone Number]
