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serve helps you serve a static site, single page application or just a static file (no matter if on your device or on the local network). It also provides a neat interface for listing the directory's contents:

Note: If you hire a process server, give them a photo of the person they have to serve (if you have one) and a list of times and places when it will be easy to find that person. Look for a process server who is close to where the other side lives or works. Fees are often based on how far the server has to travel. So this will save you money.

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There are several ways to serve papers. The information here about the types of service is general. Not all of them are allowed in all cases, or at all stages of a case. So, for your type of case, only some of these types of service may be allowed. The individual sections on this Online Self-Help Center will tell you what types of service are allowed in your case.

NOTE: Sometimes, like in small claims cases, you can use substituted service the first time the server tries to serve the papers in person and the other party is not at home or work.

When the other side agrees to be served by mail and is willing to sign a document for the court saying that they received the papers, you can usually use this method. It is usually used for the summons and complaint/petition (in civil cases or family law cases).

Service by posting on the premises and mailing (for eviction cases ONLY)

In eviction (unlawful detainer) cases only, a summons and complaint can be served by posting on the premises at issue in the eviction and also mailing. Service by posting and mailing is used after several attempts to personally serve the papers have failed. A landlord needs the court's permission to serve his or her tenant by posting and mailing.

Service by certified mail (small claims ONLY)

Only the small claims court clerk can serve your claim this way. The clerk will charge you a fee of $15 to serve the defendant by certified mail. You should check back with the court before the hearing to see if the receipt for certified mail was returned to the court. Service by certified mail is complete on the day the certified mail receipt is signed.

Service by certified mail (for a party who is out of state)

When the party that has to be served lives out of state, papers can usually be served by sending a copy of the paperwork to be served to that party by first-class mail, postage prepaid, and return receipt requested. The person who mails the papers must be at least 18 and NOT a party to the case. The server must complete a Proof of Service indicating how the papers were served. Service by certified mail is complete on the 10th day after mailing of the papers.

Filling Out and Filing the Proof of Service

The court must know that the other side was properly served. To do this, the process server must carefully fill out and sign the Proof of Service detailing how service was done, on whom, where, and when. The process server then gives you the Proof of Service.

Amazon S3 now applies server-side encryption with Amazon S3 managed keys (SSE-S3) as the base level of encryption for every bucket in Amazon S3. Starting January 5, 2023, all new object uploads to Amazon S3 are automatically encrypted at no additional cost and with no impact on performance. The automatic encryption status for S3 bucket default encryption configuration and for new object uploads is available in AWS CloudTrail logs, S3 Inventory, S3 Storage Lens, the Amazon S3 console, and as an additional Amazon S3 API response header in the AWS Command Line Interface and AWS SDKs. For more information, see Default encryption FAQ.

Server-side encryption is the encryption of data at its destination by the application orservice that receives it. Amazon S3 encrypts your data at the object level as it writes it todisks in AWS data centers and decrypts it for you when you access it. As long as youauthenticate your request and you have access permissions, there is no difference in theway you access encrypted or unencrypted objects. For example, if you share your objectsby using a presigned URL, that URL works the same way for both encrypted and unencryptedobjects. Additionally, when you list objects in your bucket, the list API operationsreturn a list of all objects, regardless of whether they are encrypted.

All Amazon S3 buckets have encryption configured by default, and all new objects that are uploaded to an S3 bucket are automatically encrypted at rest. Server-side encryption with Amazon S3 managed keys (SSE-S3) is the default encryption configuration for every bucket in Amazon S3. To use a different type of encryption, you can either specify the type of server-side encryption to use in your S3 PUT requests, or you can set the default encryption configuration in the destination bucket.

If you want to specify a different encryption type in your PUT requests, you can use server-side encryption with AWS Key Management Service (AWS KMS) keys (SSE-KMS), dual-layer server-side encryption with AWS KMS keys (DSSE-KMS), or server-side encryption with customer-provided keys (SSE-C). If you want to set a different default encryption configuration in the destination bucket, you can use SSE-KMS or DSSE-KMS.

All Amazon S3 buckets have encryption configured by default. The default option for server-sideencryption is with Amazon S3 managed keys (SSE-S3). Each object is encrypted with aunique key. As an additional safeguard, SSE-S3 encrypts the key itself with a rootkey that it regularly rotates. SSE-S3 uses one of the strongest block ciphersavailable, 256-bit Advanced Encryption Standard (AES-256), to encrypt your data. Formore information, see Using server-side encryption with Amazon S3 managed keys(SSE-S3).

Server-side encryption with AWS KMS keys (SSE-KMS) is provided through an integration ofthe AWS KMS service with Amazon S3. With AWS KMS, you have more control over your keys. Forexample, you can view separate keys, edit control policies, and follow the keys inAWS CloudTrail. Additionally, you can create and manage customer managed keys or useAWS managed keys that are unique to you, your service, and your Region. For moreinformation, see Using server-side encryption with AWS KMS keys (SSE-KMS).

Dual-layer server-side encryption with AWS KMS keys (DSSE-KMS) is similar to SSE-KMS,but DSSE-KMS applies two individual layers of object-level encryption instead of onelayer. Because both layers of encryption are applied to an object on the serverside, you can use a wide range of AWS services and tools to analyze data in S3while using an encryption method that can satisfy your compliance requirements. Formore information, see Using dual-layer server-side encryption with AWS KMS keys (DSSE-KMS).

With server-side encryption with customer-provided keys (SSE-C), you manage the encryptionkeys, and Amazon S3 manages the encryption as it writes to disks and the decryption whenyou access your objects. For more information, see Using server-side encryption withcustomer-provided keys (SSE-C).

The basic point is, you can have control over a program someoneelse wrote (if it's free), but you can never have control over aservice someone else runs, so never use a service where in principlerunning a program would do.

For such an activity, if you carry it out by running your copies offree programs, you do control it. That protects the freedom youdeserve. However, doing it via someone else's service would give thatsomeone else control over part of your computing activity. Thatdenies you the control you deserve, so we say it is unjust. We callthat scenario SaaSS.

If a certain activity is essentially your own, then maintainingyour full control over it requires that you do it using your copies offree programs, running them on computers you control. Doing it in anyother way is SaaSS because it denies you the control you deserve.This is independent of your reasons for doing it in some other way.If you choose some other way because of some convenience, it is SaaSS.If it is because you can't obtain the free programs or the computeryou'd need to keep control, that is still SaaSS.

SaaSS servers wrest control from the users even more inexorablythan proprietary software. With proprietary software, users typicallyget an executable file but not the source code. That makes it hard tostudy the code that is running, so it's hard to determine what theprogram really does, and hard to change it.

With SaaSS, the users do not have even the executable file thatdoes their computing: it is on someone else's server, where the userscan't see or touch it. Thus it is impossible for them to ascertainwhat it really does, and impossible to change it.

Theoretically, homomorphic encryption might some day advance to thepoint where future SaaSS services might be constructed to be unable tounderstand some of the data that users send them. Suchservices could be set up not to snoop on users; this does notmean they will do no snooping. Also, snooping is only oneamong the secondary injustices of SaaSS.

With SaaSS, the server operator can change the software in use onthe server. Person ought to be able to do this, since it's per computer;but the result is the same as using a proprietary application programwith a universal back door: someone has the power to silently imposechanges in how the user's computing gets done.

It is common for SaaSS dis-services to charge a monthly fee foruse. Usually one SaaSS site does not substitute for another, so ifusers become unhappy with one dis-service provider it is no easymatter to switch to another. When users become dependent onone, itcan gouge them at will with repeated small price increases that overtime add up to a lot. We view the loss of freedom inherent inSaaSS as worse than the cost in money, but when a dis-service has youover a barrel, the cost can be painful. Thus, even users who don'tsee deeper than the bottom line should beware of SaaSS. be457b7860