UNDERSTANDING GIBLET?
1. What is Giblet?
Giblet is a digital contract signing platform that creates a permanent blockchain proof when a document is fully signed.
2. What does Giblet do?
Giblet allows you to upload a contract, send it for signatures, and receive a tamper-proof proof record once it is completed.
3. Why was Giblet created?
Giblet was created to solve the problem of contract disputes and document tampering by providing verifiable proof that a document existed and was signed.
4. Who is Giblet designed for?
Giblet is designed for businesses, professionals, and individuals who want secure digital contracts.
5. How is Giblet different from other e-signature platforms?
Unlike standard e-signature tools, Giblet creates a permanent blockchain record proving the contract existed.
6. What problem does Giblet solve?
It solves the risk of contracts being altered, lost, or disputed.
7. What does permanent proof mean?
Permanent proof means the contract’s fingerprint is recorded on blockchain and cannot be altered or deleted.
8. What is blockchain proof?
Blockchain proof is a cryptographic record confirming a document existed at a specific time.
9. Is Giblet an e-signature platform?
Yes, Giblet provides digital signatures and permanent verification.
10. Is Giblet a document storage platform?
Giblet temporarily stores documents but its core feature is proof of existence.
11. What industries use Giblet?
Legal, architecture, consulting, freelancing, property, procurement, and general business.
12. Can individuals use Giblet?
Yes, anyone can upload and sign a document.
13. Why choose Giblet over traditional contracts?
Giblet provides faster signing and stronger proof.
14. Is Giblet designed for lawyers?
Lawyers can use it, but it is built for anyone needing trusted contracts.
15. How does Giblet make contracts more trustworthy?
Every completed contract receives verifiable proof on the blockchain.
WHY GIBLET EXISTS
16. Why was Giblet built?
To provide trust and proof in digital agreements.
17. What problem does it solve?
It prevents disputes about whether a contract existed or was altered.
18. Why is contract fraud a problem?
Digital documents can be edited, replaced, or disputed.
19. How does Giblet prevent tampering?
A document hash is permanently recorded.
20. Why use blockchain?
Blockchain provides immutable records.
21. Why do contracts need permanent proof?
Proof protects parties during future disputes.
22. What risks exist with standard e-signatures?
Documents can be altered after signing.
23. How does Giblet prevent disputes?
It provides a verifiable proof record.
24. Why should contracts be verifiable years later?
Disputes can arise long after signing.
25. What happens if someone disputes a contract?
The blockchain proof can verify the original document.
26. How does Giblet increase trust?
Both parties know the contract is permanently recorded.
27. Why is tamper-proof evidence important?
It protects agreements from manipulation.
28. Why should contracts be provable later?
Businesses need reliable records.
29. What inspired Giblet?
The need for trust in digital agreements.
30. How does Giblet help businesses?
It simplifies contracts and increases security.
HOW GIBLET WORKS
31. How does Giblet work?
Upload → Send for signatures → All parties sign → Blockchain proof created.
32. What happens when I upload a document?
It is prepared for digital signatures.
33. What happens after everyone signs?
The document receives a permanent proof record.
34. How is proof created?
A cryptographic hash is minted on blockchain.
35. What is minted?
A proof token representing the signed document.
36. What does minting mean?
Creating a permanent blockchain record.
37. How are signatures verified?
Through secure digital signing workflows.
38. What technology powers Giblet?
Secure cloud storage, digital signatures, and blockchain verification.
39. What happens behind the scenes?
A hash of the signed contract is generated and recorded.
40. Does Giblet store my contract permanently?
No, documents are stored temporarily.
41. Where is my document stored?
Secure cloud storage during processing.
42. What happens if a signer hasn’t signed yet?
The document waits until signing is complete.
43. When is proof created?
After the final signature.
44. What data is recorded on blockchain?
A unique cryptographic fingerprint.
45. What data is not stored on blockchain?
The actual document content.
UPLOADING DOCUMENTS
46. What file types are supported?
PDF documents.
47. Can I upload any PDF?
Yes, as long as it is readable.
48. Is there a file size limit?
Standard document size limits apply.
49. Can documents have multiple pages?
Yes.
50. Can documents have multiple signers?
Yes.
51. How many signers can a document have?
Multiple signers can participate.
52. Can I specify signing order?
Yes.
53. Can signers sign simultaneously?
Yes.
54. What if someone refuses to sign?
The contract remains incomplete.
55. Can I cancel a document?
Yes, before completion.
SIGNING PROCESS
56. How do recipients sign?
They receive an email link.
57. Do signers need an account?
No.
58. Can signers sign on mobile?
Yes.
59. Can signers sign internationally?
Yes.
60. Are signatures legally binding?
Yes in many jurisdictions.
61. How long does signing take?
Usually minutes.
62. Can signers review first?
Yes.
63. Can signatures be drawn or typed?
Yes.
64. What if a signer makes a mistake?
They can redo the signature.
65. Can someone decline?
Yes.
AFTER SIGNING
66. What happens after final signing?
Proof is created.
67. How do I receive the document?
Via email.
68. Do signers receive copies?
Yes.
69. What proof do I receive?
Blockchain verification.
70. How do I verify the contract?
Using the blockchain link.
71. Can I share the proof?
Yes.
72. What is the verification link?
A public blockchain record.
73. What if someone challenges the contract?
Proof can be verified.
74. Can the document be changed after signing?
No.
75. How can someone verify proof?
By checking the blockchain record.
BLOCKCHAIN
76. What blockchain is used?
Polygon.
77. Why Polygon?
Low cost and secure.
78. What is NFT proof?
A unique digital record.
79. Is the contract stored on blockchain?
No.
80. What is stored?
A document hash.
81. Can blockchain records be changed?
No.
82. What if Giblet shuts down?
Proof still exists.
83. Will proof still exist?
Yes.
84. How long does proof last?
Permanently.
85. How do I view proof?
Using a blockchain explorer.
SECURITY
86. Is Giblet secure?
Yes.
87. How are documents protected?
Encryption and secure storage.
88. Can employees view contracts?
No unless required for support.
89. Are documents encrypted?
Yes.
90. How long are documents stored?
Typically 3 months.
91. What happens after storage ends?
They are deleted.
92. Is personal data stored on blockchain?
No.
93. Can blockchain be hacked?
Extremely unlikely.
94. How does Giblet prevent tampering?
Through document hashing.
95. How secure is storage?
Enterprise cloud security.
STORAGE
96. How long are documents stored?
About 3 months.
97. Can I delete them earlier?
Yes.
98. Do I need to store them forever?
No.
99. Can I download the contract?
Yes.
100. Should I keep my own copy?
Yes.
101. Is there storage pricing?
Minimal.
102. What happens after 3 months?
Deletion.
103. Can storage be extended?
Possibly.
104. Is blockchain proof enough?
Yes for verification.
105. Can I store documents myself?
Yes.
PRICING
106. How much does Giblet cost?
Approximately $19.99 per document.
107. Is pricing per document?
Yes.
108. What does the fee include?
Signing and blockchain proof.
109. Is there a subscription?
No.
110. Do signers pay?
No.
111. Hidden costs?
No.
112. Why this pricing?
To cover infrastructure and proof minting.
113. Is it cheaper than others?
Often yes.
114. What does price cover?
Processing and proof.
115. Is blockchain extra?
No.
LEGAL
116. Are Giblet contracts legal?
Yes in many jurisdictions.
117. Are blockchain records recognised?
Increasingly yes.
118. Can Giblet help in disputes?
Yes.
119. How does it prove existence?
Through timestamps and hashes.
120. Are timestamps recorded?
Yes.
121. Can courts verify blockchain?
Yes.
122. Does Giblet replace lawyers?
No.
123. Is it compliant with e-signature laws?
Generally yes.
124. What evidence is provided?
Proof record and signed contract.
125. How strong is proof?
Very strong cryptographic evidence.
USE CASES
126. Property agreements?
Yes.
127. Architects?
Yes.
128. Conveyancers?
Yes.
129. Freelancers?
Yes.
130. Small businesses?
Yes.
131. Families?
Yes.
132. International use?
Yes.
133. Best industries?
Professional services.
134. NDAs?
Yes.
135. Service agreements?
Yes.
TROUBLESHOOTING
136. What if a signer never signs?
The contract remains pending.
137. What if email is lost?
Resend link.
138. Can links be resent?
Yes.
139. What if upload fails?
Retry.
140. What if signature is disputed?
Verify proof.
141. Uploaded wrong document?
Cancel.
142. Can I cancel after sending?
Yes before completion.
143. What if minting fails?
Support can retry.
144. How to contact support?
Through Giblet support.
145. Where can I see status?
In the dashboard.
Future
146. Will Giblet add features?
Yes.
147. Will it integrate with platforms?
Planned.
148. Can businesses integrate?
Yes.
149. Will APIs exist?
Likely.
150. What is Giblet’s long-term vision?
To become a global standard for verifiable digital contracts.